Mon-Fri 09:00h - 17:00 h . Afterhours by appointment. Emergency 7/24 call 905-726-2222
AVIAS is a full service commercial and industrial audio visual and automation company. We have been providing audio visual consultation, design, sales, integration and customer care and also equipment rentals since 2000.
We specialize in partnering with our clients to use technology to streamline and enhance their business. From presentation displays and videoconferencing to fully integrated room and building automation solutions, we make sure the right technology is used.


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Encryption is the process of changing data into a form that can be read only by the intended receiver. To decipher the message, the receiver of the encrypted data must have the proper decryption key. In traditional encryption schemes, the sender and the receiver use the same key to encrypt and decrypt data. Public-key encryption schemes use two keys: a public key, which anyone may use, and a corresponding private key, which is possessed only by the person who created it. With this method, anyone may send a message encrypted with the owner's public key, but only the owner has the private key necessary to decrypt it.


Smartphones which enable you to easily connect your Micromax android device with the PC or laptop. Files can be transferred over from the phone to the PC, cut, copied and pasted, deleted and downloaded from the handset. Good for internet connection performance functions.
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However it goes away very soon.
Micromax AD3520 Stock ROM Firmware Flash File (MTK) Download
In the devices manager it is visible that under portable devices, the phone is detected. Good for internet connection performance functions. Hi, you to get all Micromax usb drivers with an easy installation guide.
Nice to seer and portable. It works with file or data transfer capabilities such as Micromax A60, Micromax Bling and many more. The device is running on mAh battery. On the other hand, USB drivers are also very essential for your Micromax Bolt AD because unless and until your Windows computer has proper drivers installed, it will not detect your phone. Micromax has powered the phone with 1.
The Zodiac Age is a role playing game developed by Square Enix. Android PC Suite is a good option for managing your Android mobile phone or tablet. Supported audio type is midi.
It is used to properly manage your Imcromax device. It is also very important while rooting or installing any custom rom on your Micromax phone.
For what are you going to use the program?
Micromax Pc Suite (free) - Download latest version in English on phpnuke
Smartphones which enable you to easily connect your Micromax android device with the PC or laptop. Your email address will not be published.
Plug in the phone before or after the application is loaded as this does not make a noticeable difference in functionality afterwards. After properly connecting your android device or tablet with the personal computer via USB driver then, you will be able to do many more important things. Files can be transferred over from the phone to the PC, cut, copied and pasted, deleted and downloaded from the handset.
Download Micromax USB driver with installation guide
This game contains a lot of new quality gameplay In case something happens to my phone, I have them backed up, which is the most important thing. It allows you to install and manage the different apps you download from the Internet, which makes it more micrommax and personal.
I can compose and send text messages directly from a PC through my mobile phone connection. But unable to see it is detecting the flash tool. That means android device is properly not installed on your computer or laptop.
Micromax pc suite Free Download
With Micromax Pc Suite you can transfer the required data from your personal computer to your mobile phone or tablet. You just need to check out each of the options then start organizing and customizing files. Thank you for your kind cooperation. The MMS need to be selected in the list, previewed with the multimedia player, ar3520 MMS messages can be created, already present messages can be edited, cut, copied and pasted, users can delete messages, upload them or download them from the phone.
Hi, i am using micromax Q, earlier i shared my files through pc to my mobile happily, but now its not happening. Cons This software is only for Micromax devices. Button position is also quite similar with other Suite interfaces from Intex or Spice so it seems this has been developed by a certain team and p that just rebranded by the needed companies for their needs.
Install vcom driver on your PC, here guide: Micromax USB Driver is an important part for all android devices which allows you to easily connect any android device or tablet through the personal computer or laptop.


TACTICAL GRADE INERTIAL MEASUREMENT UNIT – Preliminary
GCIMU05 is a general name of high precision tactical grade inertial measurement unit’s family that employs MEMS based sensors, and can be used for precise guidance, control, and navigation. Compared to fiber optic and laser based tactical grade IMUs, GCIMU05 has lower cost, smaller size, lower mass, lower power, higher availability, and comparable accuracy. It can work in harsh environments and does not require periodic maintenance.
Acceleration and angular data collected from the IMU is used for creating inertial navigation systems for unmanned aerial vehicles, missiles, autonomous vehicles and generating feedback for stabilization, and control loops for these systems. Hence, IMUs are vital for all autonomous systems. GCIMU05 is to be used in guidance, control, navigation and stabilization systems for Aerial, Land, Naval, and Underwater vehicles.Brochure


Introduction: The internet has created a seachange in the way we communicate and conduct social and commercial transactions. At the Internet Telephony Research Institute (ITRI), we focus on organizing the materials that are relevant to the Internet Telephony revolution. On our site, you will be able to find comments and links to the areas of technology, patents, regulatory and related litigation. The goal is to create a site where one can find relevant information on the net about these topics and post commentary on the subjects. The audience for this site will consist of certain participants in a research project to organize the relevant information about internet telephony. The fields of VoIP, IPTV, net neutrality, broadband, and related fields of patents and patent litigation, and regulatory changes will be the focus of this project.
Mission: The intersection of the law, technology, regulations and public policy have created new problems with the expansion of the internet. Internet communications have created special problems of understanding. The mission of the Internet Telephony Research Institute is to bring all these disparate factors together to attempt to accomplish an understanding of the significance of the convergence of the elements. A new understanding of the implications is needed to understand the impacts on privacy and the direction that the regulatory agencies and the carriers will be going.
Audience: The legal, technology, carrier and public policy communities will be interested in the subjects developed by ITRI.
ITRI offers research services to investigate internet telephony and related technologies. We also offer licensing of intellectual property for patents and technology relating to Internet telephony and Internet communications methods, apparatuses and systems involving Voice-over-Internet protocol, Internet Protocol Television, Video, Peer to Peer traffic, traffic shaping, or deep packet inspection.
For more information, please email us at email@example.com.
Where to find additional information on our site:


Cable paper, also known as insulating paper, is a paper with insulating property and grey loss function. Cable paper is also known as cable insulation paper. An insulating paper for high-voltage power cables, control cables and signal cables. It is specially used for electromagnetic wire factory, transformer factory, mutual inductor factory and reactor factory.
Under the premise of the original cable paper, the cable tape is sliced into various widths, which can effectively control the cost, save time, improve efficiency and reduce many troubles.
Cable tape also has clean and tidy processing environment, which can effectively guarantee its insulation medium, ash loss and other performance.
Cable paper is wrapped in the outermost layer of the cable to protect the insulating layer of the conductive core from damp invasion and damage to the insulating layer. For web. The quantification is 45 ~ 175g/m2. Paper is tough and smooth. It has higher tensile strength, folding resistance and tear strength. It contains no metals, sand grains and acidic materials that can conduct electricity. The dielectric constant is high. The power factor is low. When treated with insulating liquid, the stability of paper is good. Its varieties are classified according to different thickness or color. Using unbleached kraft softwood pulp as raw material, after free beating, without sizing and filling, it was manufactured on a long screen paper machine. Turn to turn insulation for wires or cables.
Specifications and thickness of cable paper:
1, cable paper D130 D90 D80 D75 etc.
2, cable paper tape D70 D60 D50 etc.
3. Thickness of cable paper: 130um, 170um, 200um, 80um, 75um, 70um, 50um.


Scart To HDMI Converter
Regular price €29.99
- Convert HDMI digital signal to Scart composite analog signal
- Support NTSC and PAL two standard TV formats output
- Compatible with HDMI 1.4
- Share your smart phone photos, music and movies on the TV, Convert the high quality of the HDMI signal and smart Phone signal to normal CVBS signal
- Plug and play, no driver needed.
- Mini size and lightweight, convenient to carry and use.
- Can play on CRT TV, VHS VCR, DVD recorders, etc.
- Material: ABS
- Weight: Approx 58g
- Colour: Black
- Dimensions(mm): 88(D)x58(W)x26(H)
- Input port: 1x HDMI
- Output port: 1x SCART
- Input HDMI Resolutions: 640x480@60Hz,800x600@60Hz,1024x768@60Hz,1280x720@60Hz,128 0x1024@60Hz,1360x768@60Hz,1600x1200@60Hz,1920x1080@60Hz, 576p/60Hz, 720p50/60Hz,1080i50/60Hz,1080p23.97/24/25/50/59.94/60Hz.
- Output signal: CVBS
- Output TV format: PAL and NTSC
- Power Consumption (Max): 3W(can be powered by PC USB port or power adapter)
What is in the box
- 1x HDMI to SCART Converter
- 1x Power USB DC Cable
- 1x User Manual
- This is HDMI to SCART Converter, only converts signal from HDMI source device to your old SCART TV
- CAN NOT convert singal from SCART source device to your HDMI HDTV.
- Please check your device and TV before you make a purchase.
- Because of the different connecter, for Samsung Galaxy S3,S4 series (I9300/I9308/I939/Note2 N7100/I9500) need add a micro USB 5pin to 11pin connector.


TP-Link EAP Ceiling Mounted WiFi 5 Access Point (Gbps AC). The TP-Link EAP Omada access point provides a business-class wireless network solution. Indoor and outdoor wireless access points provide fast WiFi, web blocking, app usage limits, and multiple networks to separate your guests from your. Want to scale your enterprise network easily while maintaining security and performance? Aruba network access points make the process simple with features. Enterprise-grade Wi-Fi Access Points. Cambium Networks delivers high-performance Wi-Fi to meet the needs of the most demanding enterprises. Dual-radio indoor value-tier Universal Access Point with Wi-Fi 6E coverage and external antenna option. Capable of running multiple operating systems for on-.
lazim678.site has the best deals on Wired and Wireless Access Points, USB Wireless Access Point, Wireless Bridge, Wireless Extender. An access point would connect to your network using wired Ethernet, either to the switch built in to the router, or to an additional. What is a wireless access point? A wireless access point (wireless AP) is a network device that transmits and receives data over a wireless local area. TP-Link's Wireless Access Points allow you to add more WiFi devices to your network so you can share music, movies, files, photos, and printers. Wireless access points are in fact radio transmitters and represent a node, just like a computer, on a local area network (LAN). The standard designates. A wireless access point is a networking device that connects wireless networks to an internet connection. Access points connect to an internet-connected. Access points are used for extending the wireless coverage of an existing network and for increasing the number of users that can connect to it. A high-speed. In fact, modern routers can usually function as access points. Internet Service Providers typically give their customers a router with the functionality of an. An access point only provides an interface/portal for wireless clients to connect to your existing LAN. It does not route traffic between different networks. WiFi standards, a/b/g WiFi 4/WiFi 5/WiFi 6. Wireless security, WPA-PSK, WPA-Enterprise (WPA/WPA2/WPA3). BSSID, 8 per radio. VLAN, Q. Advanced QoS. Our wireless access points deliver seamless roaming and high throughput for the best Wi-Fi experience both indoors and outdoors.
Indoor and outdoor wireless access points provide fast WiFi, web blocking, app usage limits, and multiple networks to separate your guests from your. An access point (AP) is a term used for a network device that bridges wired and wireless networks. Consumer APs are often called a “wireless routers”. WiFi perfected. Thoughtfully designed access points with enterprise-class performance, effortless scalability, and an unrivaled management experience. How To Add an Access Point to a Wireless Router · Introduction · 1) Set the AP's Static IP Address · 2) Connect the AP · 3) Set the AP SSID · 4) Set the AP channel. Aruba access points are automatically configured, so employees just plug them into any existing Internet connection and they're ready to go. Learn more. Hear. A wireless router has Wi-Fi access point technology built into the device, which allows a wireless connection to your LAN. A Wi-Fi router. A modem is your gateway to the internet—a cable, fiber optic, or telephone line comes through your neighborhood, to your house, and connects to your modem. The. Fortinet's wireless LAN equipment leverages Secure Networking to provide secure wireless access for the enterprise LAN edge. Our solution tightly integrates. Wireless access points allow your wireless devices to easily connect to a wired computer network. TRENDnet has both indoor and outdoor access points.
A wireless access point connects to an existing network and broadcasts it for wireless devices. What a wireless access point doesn't do is create the network. Amped Wireless is the leader in high power, long range Wi-Fi routers and Wi-Fi range extenders. Helps Increase Users on Your Network. A wireless access point with built-in band steering technology helps devices connect to the least congested wireless grid. A wireless access point (WAP) is a piece of networking equipment that lets wireless devices connect to wired networks. Installing WAPs is simpler and easier. These access points are generally small, antenna-equipped devices that connect directly to the local area network (LAN). Highlights. Access Where You Need It.
Routers are responsible for transporting packets, not for providing wireless Internet access. You can see what an access point looks like below. Notice the. Upgrade your wireless WiFi network with the robust portfolio of access points and award winning controller options from Access Networks. Commercial Grade Wi-Fi Access Points · Grandstream (6) · AvaLan Wireless (1) · Cambium Networks (23) · Cisco Wireless (15) · D-Link Wireless (11) · Deliberant. Buy Wireless Access Points at Staples and get Free next-Day shipping. No order minimum.


What is the IP address and TCP port number used by the client computer source that is transferring the file to gaia. What is the IP address of gaia.
I will endeavour to maintain the plugin and correct issues that people might find. The plugin currently doesn't decode X-Address data for IPv6 packets.
I don't have a capture of this to test on at the moment. If someone would like to supply one I can add the functionality.
Plugin does not yet include full decoding of data encapsulated in 0x data attributes. Installation of Plugin Installing the plugin could not be simpler. You simply take the plugin file Lync-Skype4B-Plugin2.
Plugin Settings The plugin has some variables that can be set to change what is getting decoded.
By default all decoding is enabled ie. Use this setting to enable or disable the plugin from decoding traffic on this port. By turning this setting on, the Plugin will look in STUN messages for RTP ports that are being negotiated during session establishment and add these ports to the decode.
However, if you would like to change this port number you can. This is for when you are capturing on an Edge server that has a different port than configured for the External AV edge. If you would like to also see how Wireshark would decode the packets, you can tick this box and the original default Wireshark decode will be displayed in the tree item above the plugin decode.
The plugin by default will listen on port TCP and UDP for traffic, this will capture traffic that is sent to Edge and other servers. However, if you make peer-to-peer calls between clients or phones the ports used may fall into the media port ranges which are not captured by default.
If you have captured traffic on different ports that you would like to decode using the plugin, simply right click on the packet in Wireshark window and select "Decode As Here is an example: So if you would like more of an overview of the protocols have a read of this post.
Here is where you can get Network Monitor and the Lync parser pack:In this first Wireshark lab, you’ll get acquainted with Wireshark, and make some simple packet captures and observations. The basic tool for observing the messages exchanged between executing protocol entities is called a packet sniffer.
As the name suggests, a packet sniffer captures (“sniffs”). This Wireshark plugin is designed to dissect Lync AV Edge and Internal Edge AV traffic. Captures can be taken on the Edge server (Capturing AV Edge External traffic, and Internal Interface traffic), or it can also be used on the client side for decoding STUN and RTP/RTCP traffic.
Wireshark is the world’s foremost and widely-used network protocol analyzer. It lets you see what’s happening on your network at a microscopic level and is the de facto (and often de jure) standard across many commercial and non-profit enterprises, government agencies, and educational institutions.
Lab - Using Wireshark to View Network Traffic Topology Objectives Part 1: (Optional) Download and Install Wireshark Part 2: Capture and Analyze Local ICMP Data in Wireshark • Start and stop data capture of ping traffic to local hosts.
• Locate the IP and MAC address information in captured PDUs. Solution to Wireshark Lab: IP Fig. 1 ICMP Echo Request message IP information 1. What is the IP address of your computer? The IP address of my computer is 2. Within the IP packet header, what is the value in the upper layer protocol field?
Microsoft Word - Wireshark_IP_Solution_July_doc. Communicating over the Network Lab Using Wireshark™ to View Protocol Data Units If you performed Step 1A above match the messages displayed in the command line window when the ping was issued with the six packets captured by Wireshark.


This new, graphical interface allows you to make use of this powerful programming paradigm. Create new state diagram projects or enhance your existing ones. Included on all versions. Find out more in the wiki.
Flowcode now supports a range of new devices for this powerful 80MHz board level device with integrated TCP/IP stack, and Wi-fi. Free ESP32 Chip Pack for all user types.
Now you can use data flow programming icons in your projects. This is a really great programming technique for projects including communications systems and Digital Signal Processing.
Flowcode now allows you to target ESP32 devices and take advantage of the integrated Wi-Fi, the full TCP/IP stack and Bluetooth. This pack comes free for all users of Flowcode allowing you to take advantage of these powerful devices using Flowcode's library of components. Use the graphical programming language with your ESP32 device to create powerful programs for your projects.
Flowcode enables users to target the hugely popular Raspberry Pi board. Whether you are working with a Raspberry Pi model 2B(v1.2), 3B or 3B+, it's an intuitive way to program for you, either at home or in the classroom using a flowchart or with blocks mode. Alongside this, our E-blocks2 hardware platform also supports the Raspberry Pi; additionally the Raspberry Pi Shield is perfect for those who wish to integrate their Pi into the E-blocks system.


VIRE Antenna System & EMC solution utilizes many EM methods. This solution dedicates to solve the design and simulation problem of fine configuration or electrical large antenna or antenna array, reflector antenna system, waveguide network or waveguide slot array and antenna placement. Also the PCB level, equipment level and System level EMC problem which including the radiation, cross talk, coupling, susceptibility, shielding, signal integrity.
VIRE RF Circuit & Microwave Devices Solution focuses on solving all kinds of problems in concept design and physical implementation of RF/MW circuits and systems. The application fields include MMIC, LTCC, MIC, RFIC, PCB and other kinds of communication systems’ simulations and design. This scheme integrates the most advanced simulation process, techniques and skills, to raise the designers’ working efficiency to the maximum extent.
VIRE DWS (Distributed Warfare Simulator) uses HLA (High Level Architecture) as basic support environment. There are several sub-systems in DWS, such as network simulator, radio propagation simulator, 3D visualization simulator, real devices/networks and DPC (Distributed Platform Controller). In a word, DWS offers user a customizable, reusable, extensible and accurate simulation platform for various applications.
VIRE Wireless channel and radio propagation solution uses advanced electromagnetic calculation methods and accurate propagation model, focusing on solving wave in the irregular terrain (mountain / hills / suburbs) and urban propagation, indoor propagation, atmospheric and space communication propagation prediction and interference analysis. This solution can achieve Ad-Hoc, cellular, WiMAX, WLAN and other networks, wireless channel modeling and measurement.
VIRE Virtual Reality solution provides professional real-time 3D terrain visual development, Windows development environment to provide OpenGL API 3D visual development platform. Through the use of professional visual technology and multi-database integration technology, to build a 3D digitization of the Earth, providing from the aerospace, land and sea, to the underwater world, the entire world's geographical visual simulation development.


Welcome to the ICT-OPTIMIX project website
OPTIMIX is a Specific Targetted Research Project in the key line "Networked Media" of the EU Seventh Framework Programme for Research and Development (Contract Number: INFSO-ICT-214625). The project has started on March 1st, 2008 and has a duration of 36 months.
The consortium offers a good balance between industrials and academic research centres, which offers to the project a good theoretical insight and knowledge of the most advanced state-of-the-art solutions as well as a good vision of current market trends and customer wishes.
OPTIMIX project studies innovative solutions enabling enhanced video streaming for point to multi-point in an IP based wireless heterogeneous system, based on cross layer adaptation of the whole transmission chain. The aim of the project is to increase the perceived quality of service for the user thanks to efficient cross-layer mechanisms enabling efficient joint approach between application world and transmission world.
Performed work and main results
Innovation in the area of sophisticated multimedia source coding schemes aiming to satisfy design criteria and trade-offs in terms of source representation quality, bitrate, delay, encoding/decoding complexity, etc. is a key issue in the modern world where users demand for content “anywhere and anytime”. Today’s approach, relying on traditional separation approaches and focussing on services delivered over homogeneous networks, does not allow to meet the on-going demands to maintain the required Quality of Service (QoS) for each of the users, who have different needs and requirements.
OPTIMIX addressed these issues by proposing a solution where the different entities involved in the end-to-end transmission are enhanced for multicast video transmissions and controlled by two new units: a Master Application (MA) Controller and the Base Station (BS) Controller. The proposed architecture comprises both data and control plane and has been finalized. The control plane is of fundamental importance in the OPTIMIX solution: indeed, it allows the transfer of feedbacks and commands between different network entities, thus enabling the end-to-end optimization.
IEEE 802.21 is used in OPTIMIX clients and BSs to provide physical and data link layer feedbacks to the other entities in the network: 802.21 information is converted into triggers which are handled by the novel triggering engine (TRG). The TRG is present in server, BSs and clients and allows to aggregate and exchange information between trigger sources and trigger consumers at any layer of the networking stack. Besides aggregation in each single entity done by TRG, OPTIMIX proposes a network level aggregation based on IPv6 anycasting. Feedback Aggregation Servers (FAS) are introduced into the IP network to generate aggregated IP packets containing feedbacks of the same type sent from multiple sources, thus decreasing the overhead in the IP core. Beside the design of the signalling architecture, the project detailed the end-to-end adaptation of the stream and the interactions between controllers. Different multicast groups (two for H264/AVC and more for H264/SVC, where the video is accompanied by non-adaptive AMR-WB encoded audio) are used for transmission and each group contains a different scalability layer. Each client thus subscribes to a selection of multicast groups which allow together to obtain the desired quality. The MA Controller collects information on available throughput, loss, bit error and packet losses from the different clients and Base Stations, used to select, using video quality measures, different input parameters (e.g., Quantization Parameters for the video encoder, the rate for Forward Error Correction, etc.). Different criteria for the selection policy are considered: average values, premium users, etc. In each BS the generated stream is further adapted by filtering packets addressed to multicast groups containing enhancement layers exceeding the local and current available throughout and thus avoiding any kind of stream modification at the BS, which could be compatible with end-to-end solutions. Finally, remarkable results have been obtained by enhancing the behaviour of the single modules used in the data plane, such innovative mechanisms for QoS support and mobility management .
A system simulator integrating all the modules composing the OPTIMIX system and allowing both unicast and multicast transmissions has been developed. Its description is available on the OPTIMIX web site. This simulator has been used by the consortium to test and refine (when needed) the implemented algorithms. Moreover, this simulator is a complete and easy instrument for the assessment of the results achieved by the project.
Selected features of the whole communication system have been integrated in a real-time test-bed. The test-bed is composed by a server that can encode on the fly audio and video streams or provide encoded offline streams and assures the transport of the multimedia stream toward the clients. In the server, the optimisation features can be enabled or disabled, allowing to test and exhibit different configurations. The server is then connected to a simulated IP-core network (introducing customizable loss and delay, as well as modelling a Traffic Engineering mechanism with fault resilience capability) and a real IPv6 network obtained through the FP6 ANEMONE test-bed and supporting all IPv6 core networking features and also the mobility specific protocols and extensions implemented to permit users to roam across different networks and access technologies while keeping their actual communicating sessions open anywhere and anytime. Two Access Point (AP) are also connected to the ANEMONE test-bed: an OPTIMIX AP, equipped with a Comsis IEEE 802.11g/n board developed for the project and presenting enhanced features compared to a COTS card like support for partial checksum and management of priorities, and a legacy IEEE 802.11g/n AP. Clients presenting different degrees of optimization communicate with the APs. As an example, an OPTIMIX client, providing feedbacks to the server, integrating enhanced transport/network features (like RTP FEC, header compressions, etc.) and equipped with an enhanced Comsis IEEE 802.11g/n board supporting MAC partial checksum is connected to the OPTIMIX AP, while a legacy client, equipped with a legacy IEEE 802.11g/n card, is connected to the legacy AP.
The end-to-end optimization strategy proposed by the project has been evaluated both by simulation, using the OMNeT++-based simulator developed by the partners, and tests in a real-environment. To this purpose, different degrees of optimization have been considered both for H.264/AVC and H.264/SVC streaming and in case of unicast and multicast transmissions. We considered in particular: - A "reference case", - An "enhanced case", where Forward Error Correction (FEC) with a fixed amount of repair packets introduced in RTP to protect the streaming, - A "partially optimised case", with the Application Controller at the server side adapting encoding and protection, - A "fully optimised case", where both server and Base Station have been modified.
Results include: i) objective metrics like throughput, delay, jitter and overhead, measured both on the wireless network and end-to-end, ii) video quality expressed in terms of PSNR and SSIM, iii) subjective quality results. Subjective validation has been performed in Kingston University and at the University of Budapest, taking into account ITU recommendations ITU-T P910 (Subjective video quality assessment methods for multimedia applications) and ITU-R BT.500-11 (Methodology for the subjective assessment of the quality of television pictures).
Results showed that, with all the considered video sequences, the advantages of the OPTIMIX solutions are evident.
Results obtained in the H.264/AVC case showed that, even considering unfavourable radio channel conditions, the introduction of the sole Master Application Controller determines “good” results (90% of the frames with PSNR>25dB) with all the considered test sequences, while a Fully Optimised scheme produces “excellent” videos (90% of frames above 30dB) with all four sequences. On the contrary, traditional schemes show poor performance. Results obtained with SSIM confirm results obtained with PSNR. Moreover, in case of “Full optimization” the observers participating to the subjective tests were not able to distinguish the original and transmitted videos most of the times. Another important observation concerns the quality fairness achieved by the different schemes. Also from this perspective, we noticed that the introduction of the Application Controller permits to achieve a considerable improvement with respect to the more traditional Enhanced Case. The Fully Optimised solution, then, is characterised by an excellent level of fairness, managing to equally satisfy all the OPTIMIX users. Results obtained with H.264/SVC were quite similar and showed in particular the advantage of protecting with different rates base and enhancement layers.
Tests on Comsis 802.11 boards, confirmed these results and additionally highlighted the gain introduced by a partial CRC done on the packet headers only when a video decoder robust to bit errors, like the AVC one used here, is available.
OPTIMIX achieved also important results in terms of dissemination and contributions to standards. The dissemination part mainly covers publications and participation at conferences, workshops, symposiums, concertation meetings, and other ICT project meetings. Publications were submitted to different conferences (e.g., Globecom, VTC, ICC, ICASSP, ICIP) and journals (e.g., EURASIP, Hindawi, IEEE Signal Processing Letters, IEEE Transactions on Vehicular Technology, IEEE Transactions on Wireless Communications, IEEE Communications Letters) and resulted in more than 150 publications.
Standardisation was done by three partners. Participation at the standardisation bodies ISO/IEC MPEG and ITU-T VCEG, and the JCT-VC was in the focus here. The relevant meetings were attended. Two related proposals on one of the topics, i.e., noise filtering of the reference frame for temporal prediction, were presented and positively acknowledged. A continuation of this effort is planned. Additionally, three contributions have been done to IETF on Secure-RTP, RTP Forward Error Correction and IPv6 Anycast.
Finally the OPTIMIX test-bed allowed the exhibition and promotion of the project achievements. In particular, the test-bed has been used to show project results at presented at THALES Techno Days, an exhibition on innovative products/prototypes open to THALES customers and to THALES employees worldwide.
The end-to-end approach proposed by OPTIMIX project aims at providing to the end user a versatile and adaptable secure infrastructure which can satisfy the needs of rich multimedia based applications. This structure is meant to offer transmissions that will be more bandwidth efficient and more robust, but also to take into account the heterogeneity of multiple users’ requirements and capabilities thus resulting of particular interest for the main business actors.
Directly related to partners activities, video surveillance systems (developed, e.g., by Thales Security Systems and Siemens), low data rate mobile communications (Thales ISR) and telemedicine (Siemens) could benefit from the project results. New service offers and corresponding business opportunities are also expected to emerge from this end-to-end optimisation with cross-layer design, and the demonstrator realised in WP4 is meant to help the exploitation of project results.


Changchun New Industries Optoelectronics Technology Co., Ltd.
Britain has developed the world's highest gain high-power laser amplifier
Researchers at the University of Strathclyde in the UK have successfully developed the world's highest gain high power laser amplifier. They experimented with the central laser Vulcan laser system,...
Nichia successfully developed 515 nm laser diode
Nichia, a Japanese LED manufacturer, uses a GaN substrate fabricated with a blue laser to improve the process and structure to produce a continuous-wave green laser diode with a wavelength of 515 nm,...
Copyright ©2019 Changchun New Industries Optoelectronics Technology Co., Ltd.Alle Rechte vorbehalten


Sentinel RMS v8.5.1
The medicine done for a software with licensing by Sentinel RMS v8.5.1 has the following instructions:
Disable internet connection, but do not turn of networks interfaces.I am not able to disable internet connection and this instructions to work. I have to be connected to inernet and then in WlmAdmin I am able to find the LSHOST in 'Subnet Servers'
However, if I disconnect from internet, the Subnet Server is not shown.
Please help me: how can I be disconnected from internet but still be able to have this feature?
I am aware that the instructions specify: Disable internet connection, but do not turn of networks interfaces.
I disconnect the ethernet cable, and it does not work. So, how to do this?
I would think disabling the internet connection to your router
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To fulfill this purpose, this technology focuses on the development of software, technological solutions and artificial intelligence techniques. (essentially deep learning and machine learning).
Within this specialty, for example, communication devices are designed for ALS patients (amyotrophic lateral sclerosis): as the disease develops the patient can reach an advanced stage called locked-in syndrome in which they require an artificial interface in order to communicate. Deep and machine learning algorithms are used for designing these devices, which allow the decoding of the information behind the signals of the central nervous system. The purpose is that patients can use the devices for things like moving a wheelchair, moving a cursor on a screen, or to use a word processor. Certainly, it is about generating innovative technological solutions that improve the life quality of the patients.
Deep learning y machine learning
Let’s remember that machine learning (ML) is a critical part of artificial intelligence, which enable systems to learn for themselves, allowing the identification of complex patterns within a huge data stream without human intervention. ML algorithms can also predict future behaviors.
Another technique called deep learning is also specific ML technique that uses informatic models which work similarly to the human brain, giving rise to a neuron’s artificial networks system that analyzes data and extracts patterns in order to solve problems. This technique is applied for computer vision, face and voice recognition and natural language processing optimization, along with also improving intelligent translators and semantic interpretation.
Deep Learning is known for the ability of reaching the perceptual potential in the same way the human nervous system works. Computer vision is one of the specialties where it offers a strong improvement compared to the results of the usual algorithms. Additionally, Gartner also expects that by 2023 artificial intelligence (AI) and deep learning techniques will be the most common approaches to new applications of data science.


A Call Center is a physical place where customer and other telephone calls are handled by an organization, usually with some amount of computer automation. Typically, a call center has the ability to handle a considerable volume of calls at the same time, to screen calls and forward them to someone qualified to handle them, and to log calls. Call centers are used by mail-order catalog organizations, telemarketing companies, computer product help desks, and any large organization that uses the telephone to sell or service products and services. Two related terms are virtual call center and contact center.
A call center is a centralized office -- or facility -- that is equipped to handle large amounts of customer telephone requests for an organization. A call center handles all telephone communications with new and existing customers. A call center facility provides ample workspace for a large number of employees, typically referred to as "call agents," to administer telephone-based communications with customers.
Call centers may also use a call center suite, which includes tools for telephone switch functionality, intelligent routing, automatic call distribution, interactive voice response (IVR), outbound dialing, voice mail and other components. Large organizations may choose to outsource its call center services, as a call center will be able to provide the systems and trained workforce to provide quality service to customers. Telephone service facility set up to handle a large number of (usually) both inbound and outbound calls. Some firms, however, specialize only in calls that are inbound (for assistance, help, or ordering) or outbound (for sales promotion or other messages). Most telephone orders are handled by call centers and not by the manufacturers or suppliers of goods or services.
The most robust call center services will help you expand your customer base while retaining your current customers through marketing, data gathering, and multi-lingual support. They also can add a layer of professionalism to your company. Call center services can vary widely. While some businesses might only need a basic answering service, others might want the most sophisticated outreach options. This guide will help you understand the variety of call center services available and determine which one is right for your business.


How to choosing the right slip ring？When selecting slip rings, the following important performance specification should be taken into consideration:
1. Operating speed rpm
2.Circuits, signal rings (Circuit, ring and way are all synonymous. If there is a return path or ground then it is a separate circuit. In some slip rings a circuit can be used either way and is counted only once.)
3. Maximum voltage and current for the power circuits and signal circuits.
4. Type of signal (very important)
5. Operating temperature
6. IP grade ( sealing requirements)


We have made hundreds of
networks for businesses , and are pleased to make one in your home or small
If you are just setting up one
computer connected back to the internet by a cable modem or DSL “modem” we
Do you want to share this
connection with other computers ? We can help with a router or hub, hard
wired or wireless.
We can even help you share
computers on a local network with a telephone modem as the only connection
to the internet.
For an office, networks
make sense in that files or whole applications can be shared. The most
common use is an accounting system where someone can be in accounts payable
and someone else in the general ledger. At home networks typically function
for sharing internet access. All the usual office issues can be found here
too; do you want the kids to have access to all your files ? Do you want the
kids to have unlimited access to the web ? Will your neighbors be able to
see your files if you use a wireless device ? We can help with these issues.
On the larger end we also create
networks for business


NASA’s Deep Space Optical Communications (DSOC) experiment marks a historic milestone as it achieves “first light,” successfully beaming a near-infrared laser encoded with test data from nearly 10 million miles away – a distance about 40 times farther than the Earth’s Moon. Riding on the recently launched Psyche spacecraft, DSOC heralds a new era in spacecraft communication technology.
DSOC’s cutting-edge laser transceiver, situated aboard the Psyche spacecraft, sent high-bandwidth test data to the Hale Telescope at Caltech’s Palomar Observatory in San Diego County, California. The achievement represents the farthest-ever demonstration of optical communications, showcasing the potential of this transformative technology. As Psyche embarks on its mission to the asteroid belt between Mars and Jupiter, DSOC will continue its two-year technology demonstration, shaping the future of data transmission in deep space.
Trudy Kortes, Director of Technology Demonstrations at NASA Headquarters, emphasizes the significance of achieving “first light,” stating that this paves the way for higher-data-rate communications crucial for sending scientific information, high-definition imagery, and streaming video in support of future human missions, including the goal of sending humans to Mars.
The DSOC experiment aims to demonstrate data transmission rates 10 to 100 times greater than current state-of-the-art radio frequency systems used by spacecraft. Using near-infrared laser communications, DSOC encodes data in tightly packed waves, significantly enhancing the efficiency of data transmission compared to traditional radio frequency systems.
As a technological boon, optical communication will revolutionize deep space exploration, enabling scientists and researchers to gather more data from space missions. The success of DSOC’s “first light” achievement sets the stage for future breakthroughs, with optical communication playing a pivotal role in advancing human and robotic exploration missions and supporting higher-resolution science instruments.
The DSOC experiment is part of a series of optical communication demonstrations funded by NASA’s Space Technology Mission Directorate and the Space Communications and Navigation program. While optical communication has been previously demonstrated in low Earth orbit and up to the Moon, DSOC’s achievement is the first test in deep space, opening new frontiers for efficient and high-speed data transmission in the vast reaches of our solar system.


The new Wi-Fi standard is not secure at all
|The new Wi-Fi standard is not secure at all|
When the Wi-Fi Alliance released the next-generation WPA3 security protocol in January this year, they claimed it was almost impossible to hack. But it seems that the protocol that is supposed to replace the current WPA2 would not be nearly as impenetrable.
Namely, computer security experts have published the results of research according to which WPA3 has several serious design flaws due to which it can be the target of the same attacks with which WPA2 has problems.
The new protocol was primarily supposed to solve problems with the encryption process known as Dragonfly. But the solution used still allows hackers close to your smartphone or laptop to relatively easily crack your password if it is too short or not random enough.
The researchers were able to break through WPA3 using cheap and relatively simple bare-force attacks, as well as features that make the protocol compatible with WPA2. So they managed to break into Samsung’s Galaxy S10 even though it was connected to Wi-Fi by a network that only supports WPA 3.
This is a problem because it will probably be a long time before all Wi-Fi networks are compatible with the new protocol, and in the meantime, due to the rise of the Internet of Things, more and more devices will be interconnected, including Wi-Fi. During this transition period, WPA3 will be just as vulnerable as WPA2.
And that’s not the only flaw researchers have come across. They discovered, for example, at least two more ways a hacker could get hold of your passwords. They warned that the flaws could have been avoided if the Wi-Fi Alliance had cooperated more with experts outside its ranks during the development of the new protocol.
The Wi-Fi Alliance is aware of the flaws. They claim that WPA3 is still in the early stages of development and that the manufacturers who implemented it have already received security software upgrades to patch them, writes Gizmodo.


Security camera bandwidth calculator
Bandwidth is the amount of data that a security camera transmits per second through an internet network.
For an IP video, it is sent via a stream of data containing images, audio, and control data from the camera.
If you are installing a security camera at your home or business and you need to monitor the premises remotely, you will need to know how to calculate the bandwidth of your security cam, to understand how much its likely to cost you.
The following security camera bandwidth calculator will be of much help.
What is the formula
The formula for calculating the approximate bandwidth for your security involves multiplying the resolution of the image with the number of frames of the object or moving image.
There are other factors such as protocols (communication and compression) overheads and audio, but these are not significant to affect the total bandwidth.
Bandwidth is measure in Bit Rate, and the basic formulae are:
· Frame size of the camera = Camera Resolution x Camera Color Depth
· Bandwidth (Bit rate) required = Frame size x Frame rate
Definition of each element of the calculation
· Resolution x color depth
These are the amount of detail that a camera is capable of capturing. Higher values mean that the camera is capable of capturing images with a lot of detail, and the vice versa is true.
For our case, will use 720 x 480 as the resolution and 24 as the color depth
· Frame size
This is the size of one image captured transmitted over the security camera network
· Frame rate (usually in frames per second-fps)
This is a way of measuring the number of frame sizes the camera captures per second.
If a camera is rated as 30fps, it means it records 30 frames per second.
The higher the number of frames, the smoother the recorded video will be.
· Bit rate
This is the calculated bandwidth of the security camera
How to do the calculation
Suppose we have a camera with a frame size of 720 x 480 and is capable of transmitting 30fps, what is the bandwidth required?
From the above formulae frame size = resolution x color depth
= (720 x 480) x 24
= 8294400 bits
Therefore, bandwidth will be given as bandwidth = frame size x fps
= 8294400 x 30
This can be expressed as approximately 250 Mbps
Tips when it comes to security camera bandwidth calculation
1. When using a security camera, it is always advisable to use a video compressor as it will help you reduce the amount of bandwidth you will need to record and send your videos. learn more here.
The most used video compression standards include H.264, MPEG4, and MJPEG.
2. The video quality you choose will affect the amount of bandwidth required.
Higher video qualities mean that you will need to use more bandwidth.
3. Always set up a motion detector recording system. You will only record when there are moving objects in the camera’s field of view.
Therefore, you will significantly reduce the recording time and thus the bandwidth
The above information will serve you well when selecting a security camera for your business or home.
Always check the resolution and frames per second of the camera as they will guide you on the amount of bandwidth you will require.
With the security camera bandwidth calculator, you will be able to choose just the right camera suitable for your needs.


Summary: This article explores the concept of curl streaming, a data transfer method that allows for continuous and real-time data transfer between a client and a server. We will discuss its benefits and limitations, its implementation process, some of the popular applications that use this method, and ways in which it differs from other data transfer methods.
1. What is Curl Streaming?
Curl Streaming is a data transfer technique used to enable a client to continuously receive and process data from a server in real-time, instead of having to wait for the server to finish sending all the requested data before processing any of it. Through curl streaming, the server sends data in small chunks to the client as soon as they are available, allowing applications to efficiently handle large amounts of data without consuming too much memory or time.
This method is based on the idea of acquiring new data while processing already received data, which offers significant advantages over other data transfer techniques. By enabling faster and more efficient processing of data, curl streaming has grown to be widely used across multiple industries and applications.
In general, curl is a command-line tool used to transfer data through various protocols, including HTTP, FTP, SMTP, and many more. Additionally, curl supports various network protocols, including TCP/IP, DNS over HTTPS, HTTP/2, and many more.
2. Benefits and Limitations of Curl Streaming
The use of curl streaming imbibes certain benefits as well as restrictions. It provides users with real-time data updates, improved app performance, and secures better memory usage. The memory usage with curl streaming is optimized because, during data transfers, only the necessary data is kept in memory, thereby reducing the overall resource usage.
Curl streaming is most suited where data changes frequently and require up-to-date information to process data in real-time. Most online games, financial applications (particularly on Wall Street), and chat applications use curl streaming. It can deliver the latest information within seconds, which would be impossible to achieve with HTTP Long Polling. However, curl streaming comes with limitations as well. Applications built on Curl streaming may suffer from complexities, and they may only function properly on specific versions of an operating system.
Lastly, another limitation is that the data being transferred through curl streaming is not necessarily secure by default. To secure streamed data in transit, SSL encryption is required, and session data must be encrypted at both ends to ensure confidentiality.
3. Implementation of Curl Streaming
Curl streaming can be implemented in multiple programming languages, including Ruby, Python, Java, and many more. The implementation process may vary depending on the language used, but the basic concept remains constant.
To implement Curl streaming, firstly, a connection between client and server is made over a specified protocol. After the connection is established, the server starts sending the streaming data in chunks while the client is processing the initial chunk. Therefore, the client has to keep the connection open for the entire duration of data transfer. While developing, the client application must specify the start of curl streaming when it wishes to receive streamed data up to that point.
Curl Streaming is implemented by making use of range headers. This header in the HTTP(S) protocol is used to specify the range of bytes that the client wants to receive from the server. In curl streaming, the client specifies a range header to request only a specific segment of data.
4. Popular Applications Using Curl Streaming
Many popular applications have integrated curl streaming into their core functionalities. Some of these applications include:
1. Twitter: The Twitter stream(s) are built on top of the curl streaming infrastructure. Through Twitter stream API, users can follow real-time updates and receive notifications without refreshing the web page constantly.
2. Financial Applications: Many financial applications use curl streaming to deliver stock market updates, currency rates, commodities prices, and other critical trading data in real-time.
3. Gaming : Most online games use curl streaming to offer an uninterrupted gaming experience. Games like Fortnite, PUBG, and many more implement curl streaming for efficient handling and transfer of gaming data in real-time.
5. Curl Streaming vs Other Data Transfer Techniques
Curl streaming is different from other popular long-polling techniques like WebSockets and HTTP/2 streaming. WebSockets and HTTP/2 have the advantage of bi-directional data transfer, which allows the client to send data to the server. However, curl streaming only facilitates one-way data streaming from the server to the client.
Unlike server-sent events (SSE) in long-polling techniques, which require a separate connection and header information for every new event pushed by the server, curl streaming requires just one connection for all streamed data. Also, SSE works solely with plain text fields while curl streaming can stream binary data.
Overall, curl streaming provides a less complex and more scalable method of real-time data streaming that can be seamlessly integrated into most applications. Hence, it has gained massive acceptance in the developer community due to its versatility and ease of implementation.
In Summary, curl streaming presents itself as a powerful and optimized data transfer protocol that enables quicker and more efficient processing of data in real-time. This article delved into some essential aspects of curl streaming, including its definition, benefits, limitations, applications, and differences from other popular data transfer methods. Despite its limitations, curl streaming remains one of the most widely-used data transfer methods in real-time applications and is sure to continue playing a significant role in this field.


Gaim 2.0.0beta6 was released a couple of days ago. People using Feisty the fawn are already able to get it from the official ubuntu repository.
If you are running Edgy Eft, you can get the latest release of gaim as a .deb from Debuntu .deb repository.
This new package actually includes support for NetworkManager through DBus. This feature was introduce in gaim 2.0.0beta4.
Here is the description of this feature (citing Sean Egan):
Another application that lives in the “system tray,” even when it doesn’t have any urgent notifications, is NetworkManager. NetworkManager is a really cool system that makes connecting to various networks on Linux really, really easy. It also provides a way for an application to be informed when the network status changes: when a cable is unplugged, when you connect to a wireless networ, etc.
Thanks to work by Paul Betts, Gaim can now talk to NetworkManager when connecting to IM services. Before it logs in, it will make sure you’re connected to the network and, if not, connect you as soon as the network comes available. When the network goes away, Gaim will disconnect; when it comes back, it will reconnect.
If you use a lot of plugins which are not yet post gaim 2.0.0beta4 API compliant, chances are that your plugins won’t work anymore.


The BlackBerry Z10, the first full touch smartphone running BlackBerry 10 operating system.
BlackBerry z10 specifications.
Pending Official Release and According BB blog , the Z10 will have :
Processor: Dual Core 1.5GHz TI OMAP 4470? Qualcomm Snapdragon MSM8960 (US and Canada)
Camera : 8 MP, 3264 x 2448 pixels, autofocus, LED flash, image stabilization, face detection with flash and 1080p video recording . Blackberry 10 come also with a front camera 2 megapixel.
Memory: 2 GB RAM, 16/32 GB internal storage, microSD card slot.
Data: Wi-Fi 802.11 a/b/g/n, NFC, Bluetooth 4.0 LE, micro-USB, micro-HDMI.
GPS with A-GPS.
Sound : Ambient light, Accelerometer, Magnetometer, Gyroscope, Face Detect for phone calls.
Battery: 1800 mAh removable battery.


The future belongs to the digitally networked real estate Smart Home and its integration into the environment. In the future, there will be no real estate without building automation. A rapidly growing market. Smart Home often means that the installation and configuration will be carried out by many different experts and will quickly become complicated and cumbersome. Not so with xaxada – Small and large installation specialist partners are also able to set up their first systems without certification and outside help. xaxada is implemented by the electrician without expensive external programming support. The installation is uncomplicated and can be realized in new and old buildings. The only requirement for xaxada is a wired computer network and/or a WIFI radio connection. Our components are accessible via cable or radio – the installer can place actuators and sensors with little effort. An Internet connection is required for control from outside the building. However, the system also runs independently of the Internet, because this can fail and the building must continue to be fully usable. After the installation, the electrician remains the first contact person for the customer and can thus generate further orders. If desired, our experts will support you in the planning and implementation phases.
Write us an e-mail at firstname.lastname@example.org or fill out our contact form.
Climate / Heating / Ventilation
Alarm and Action
Sensor Technology / Fairs / Rules
Evaluating and “Accounting”
and much more…


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I don’t normally spend time on my blog shilling for particular bills, but I was asked today to sign a petition for the Community Broadband Act of 2015, and I’m going to do it.
As most of you know, there are still lots of communities in the United States that don’t have access to broadband technology, including my beloved Western Massachusetts. Part of the reason for that is that it’s too expensive for the big telecom companies to lay optical fiber or otherwise provide the infrastructure that’s necessary for broadband service. So, some enterprising municipalities have sought to fund their own broadband only to be stymied by — wait for it — the big telecom companies. Yes, the very same companies that won’t provide broadband access also won’t allow these municipalities to provide their own broadband access.
So we get stories like the Tennessee city of Tullahoma, which could not offer broadband access beyond city limits because of a 1999 Tennessee law that prohibits cities that operate their own Internet networks from providing access outside the boundaries where they provide electrical service. Janice Bowling, a 67-year-old grandmother and Republican state senator from rural Tennessee, wanted to change that and introduced a bill in February to allow them to expand.
At a meeting three weeks after Bowling introduced Senate Bill 2562, the state’s three largest telecommunications companies — AT&T, Charter, and Comcast Corp. — convinced the legislature to relegate the measure to so-called “summer study,” killing the bill for the year.
There are many other provisions like this in other states that have similar impact.
Enter the Community Broadband Act of 2015, the text of which you can read here. As described in the bill summary, the legislation:
Bars states or local governments from prohibiting or inhibiting states, local government agencies, entities affiliated with state or local agencies, or Indian tribes from providing telecommunications services or advanced telecommunications capabilities to any person or any public or private entity. Prohibits government providers of public telecommunications services from favoring themselves over competing providers in the application of regulations, ordinances, public rights-of-way, or permitting requirements. Directs local governments or affiliates intending to provide public telecommunications services to consider public-private partnerships. Requires local governments or affiliates, before providing telecommunications services to the public, to provide public notice and opportunities for public input and private-sector bidding. Provides an exemption from the prohibition on local governments favoring themselves in the application of regulations, and from the requirement to provide public notice and private bidding opportunities, during an emergency declared by the President, a governor, or an authorized elected local official.
I’m totally in support of that. If you’re in support of it as well, I urge you to sign the petition as well.


Future technology devices, such as smartphones, will soon use virtual reality technology to float holographic 3D images in mid-air.
According to the United Nations specialized agency ITU (International Telecommunication Union) mobile broadband over smartphones has become the fastest growing segment of the global information and communication technology market.
Mobile broadband connections over 3G networks has an annual growth rate of 40 per cent. Almost 50% of everyone on the planet is covered by a 3G network, which refers to the 3rd generation mobile telecommunications technology used for mobile internet access.
It’s expected that smartphone usage will reach 2 billion by 2017 making it the most popular device for accessing the internet.
Yet despite this amazing growth, there is a drawback – it is the limitations of using small-sized screens.
But for inventor Hussein S. El-Ghoroury, future mobile devices will not have this limitation.
Instead of looking at a couch on your small screen, you could project a full-sized three-dimensional hologram of it right in front of you. You could move it around, view it from any angle, and even interact with it.
Projecting holograms is a complicated process especially if your trying to put it into something as small as a smartphone.
El-Ghoroury has spent the last nine years developing virtual reality technology that miniaturizes a holographic projector into a tiny circuit chip.
It is called the Quantum Photonic Imager and it can control the color, brightness and angles of light beams to display an image in the air with a resolution of 5,000 dots per inch.
“The highest resolution images, of course, are holograms. And because we can pack so many pixels, it’s enough to create these kinds of images,” says El-Ghoroury, whose California company Ostendo Technologies has deep-pocketed financial backers like DARPA and PayPal founder Peter Thiel.
So what can it tell you?
It can tell you if a watermelon is sweeter than another, or if an avocado is ripe. You can find out how much protein is in a shake, or the carbohydrates, calories, fat or sugars in a hamburger.
In fact, you can get nutritional data on all kinds of foods – fruits, cheeses, sauses, salad dressings – even your vitamins – in a manner of seconds.
The possibilities for applications are endless. The device is called a SCiO, from latin “scio” meaning “to know”, and it could be used to detect the content of cosmetics, plants, clothing, jewellery, precious gems, plastics and so on.
Sharon, an engineer with an MBA from the Massachusetts Institute of Technology, created his invention so users could access intimate details of the things around them.
“I think it will change the world in many ways,” said Sharon. He said his device could be used to monitor car tires, fuel tanks, soil or even the human body.


RS232 and RS485 interface is a typical serial communication standard, SONY auto focus camera is often used in the transmission of data, for the two functions and differences, please see detailed article.
I. What is RS-232:
RS-232 (also known as EIA RS-232) is one of the most commonly used serial communication interface standards, which was developed by the American Electronic Industry Association (EIA) in conjunction with Bell Systems, modem manufacturers, and computer terminal manufacturers in 1970.
It has the characteristics of fewer signal lines, flexible baud rate selection, negative logic transmission and long transmission distance.
One of the computer communication interfaces, the RS-232 interface usually appears in the form of 9 pins (DB-9) or 25 pins (DB-25), and the general personal computer will have two groups of RS-232 interfaces, respectively called COM1 and COM2.
The connector uses the DB-25 25-pin plug holder. Some devices are connected to the PC RS-232 interface, because they do not use the other party’s transmission control signal, only three interface lines, that is, “send data”, “receive data” and “signal ground”. Therefore, the 9-core plug holder of DB-9 is adopted, and the transmission line is shielded twisted pair.
Second, what is RS-485:
RS485 has no specific physical shape, and the interface used according to the actual situation of the project can achieve networking functions.
Three, the working principle of the two interfaces:
1, RS232 interface working principle:
The work of RS-232 can be understood in terms of the protocol format. Since RS-232 is a point-to-point asynchronous communication protocol, it sends data in a single direction. Here, no clock is needed to synchronize the transmitter and receiver. The data format starts with the start bit and then sends 7 bits of binary data, the parity bit and the stop bit in turn.
2, the working principle of RS485 interface:
Differential transmission is used to deal with common-mode interference
When the RS-485 chip receives a differential voltage greater than 200mV, the RO pin outputs a low level, and the DI itself can output a differential voltage of 1.5V. Therefore, there is enough margin to support long-distance transmission and various environmental noise interference.
Four, RS232 and RS485 electronic characteristics comparison:
1. RS232: The signal level value of the transmission level signal interface is high (signal “1” is “-3V to -15V”, signal “0” is “3 to 15V”), which is easy to damage the chip of the interface circuit, and because it is incompatible with the TTL level (0~ “<0.8v”,1~ “>2.0V”), it is necessary to use a level conversion circuit to connect with the TTL circuit. In addition, the anti-interference ability is poor.
2, RS485: transmission differential signal logic “1” to the voltage difference between the two lines is + (2-6) V; The logical “0” is represented by the voltage difference between the two lines as – (2-6) V. The interface signal level is lower than RS-232, it is not easy to damage the chip of the interface circuit, and the level is compatible with the TTL level, and it can be easily connected with the TTL circuit.
Five, the communication distance comparison of the two interfaces:
1, RS232: RS232 transmission distance is limited, the maximum transmission distance standard value is 15 meters, and only point-to-point communication, the maximum transmission rate is 20kB/s.
2, RS485: RS485 maximum wireless transmission distance of 1200 meters. The maximum transmission rate is 10Mbps, and the maximum communication distance can be achieved at the transmission rate of 100Kb/S.
Dedicated cables with impedance matching and low attenuation can reach 1800 meters! More than 1200 meters, Repeaters can be added (up to 8), so that the transmission distance is close to 10Km.
Six, the communication line difference between the two interfaces:
RS232: can use three-core twisted pair wire, three-core shielded wire, etc.
RS485: can use two core twisted pair wire, two core shielded wire, etc. In low speed, short distance, no interference occasions CAN use ordinary twisted pair, on the contrary, in high-speed, long line transmission, you must use impedance matching (generally 120Ω) RS485 special cable (STP-120Ω (for RS485 & CAN) a pair of 18AWG), And in harsh interference environments should also use armored type twisted pair shielded cable (ASTP-120Ω (for RS485 & CAN) a pair of 18AWG).
Seven, two interfaces can support multi-point communication:
RS232: The RS232 interface is only allowed to connect 1 transceiver on the bus, and cannot support multi-station transceiver capability, so it can only be point-to-point communication, and does not support multi-point communication.
RS485: The RS485 interface allows the connection of up to 128 transceivers on the bus. That is, it has multi-station communication capability, so that users can easily establish equipment networks by using a single RS485 interface.
Due to the superiority of RS485, the interface board independently developed by Xuanjian Technology is equipped with RS485 interface to facilitate the control and data transmission of the auto focus camera, if the additional RS232 interface is required, it can also be customized according to the specific needs of customers.


Taito City introduces CHROMO, a two-way communication tool that connects municipalities to residents2021.04.14
HENNGE K.K. (headquarters: Shibuya, Tokyo, President and CEO: Kazuhiro Ogura) is pleased to announce that CHROMO, which connects the municipalities and residents and enables smooth two-way communication between each side, has been introduced in Taito City.
Taito City will introduce CHROMO to public nursery schools, kindergartens, childcare centers, elementary schools, junior high schools, children's clubs, and after-school children's classes from April 2021. As a result, attendance and tardiness reports will be shared online by then.
In addition, CHROMO can facilitate tasks such as distribute questionnaires and then process them in real-time, deliver handouts to parents in the form of electronic data, eliminating the need for printing. Therefore, CHROMO is also expected to ease the jobs of faculty and staff.
■ About CHROMO
CHROMO is a SaaS system that connects municipalities and residents, enabling a smooth two-way communication between each side.
■ CHROMO's Solutions to Education and Childcare
CHROMO supports online communication between schools, facilities, and parents.
By digitizing paper and phone-based information distribution, which is a heavy workload for school staffs, the system contributes to reducing the workload and changing the way school staffs work. Schools and facilities will be provided with a management tool that can be easily operated on a PC or tablet.
Parents can access the service via browsers on smartphones or a free application.
■ About HENNGE K.K.
Guided by the philosophy of the liberation of technology, we pursue independent technologies and new technologies suitable for the times to develop services that bridge the gap between technology and reality ahead of other companies.
Company name: HENNGE K.K. (securities code: 4475)
Address: 16-28 Daiwa Shibuya Square, Nanpeidai-cho, Shibuya-ku, Tokyo
Representative: Kazuhiro Ogura (Representative Director, Chief Executive Officer)
■ Contact information for inquiries regarding this press
Corporate Communication Division
Person in charge: Yuya Yamamoto
*The names of companies, products, and services mentioned in this press are trademarks or registered trademarks of HENNGE.K.K. or other related organizations.


IPLC (International Private Leased Circuit)
If your organization is looking for high-speed Internet from a private circuit and dedicated bandwidth, this is a perfect answer. IPLC presents:
- Maximum efficiency in terms of speed and security;
- Any bandwidth you want from 2Mbps to 10 Gbps;
- Services in both Point-to-Point (P2P) and Point-to-Multipoint (P2MP) formats; and
- Flexibility with bandwidth and connectivity format.
Dedicated Bandwidth means a high level of security. Through the dedicated bandwidth, you can be rest assured that no other party, completely none of your competitors, can see the data you have sent over a global network. As you can choose the bandwidth you want, this choice also ensures cost efficiency. Bandwidth choices range between 2 Mbps and 10 Gbps, with every increase set at 2 Mbps. You just need to choose the bandwidth quota that you will likely really use. Connectivity can be made through both Point-to-Point (P2P) and Point-to-Multipoint (P2MP) to respond to your organization’s needs.


Embrace the future of communication within your property with Secure IRL’s cutting-edge intercom systems, available across Kildare, Dublin, Laois, and Offaly. Whether for a private residence or a business complex, our intercom solutions provide convenience, added security, and seamless integration. Experience crisp audio and high-definition video intercoms, expertly installed to meet your needs.
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Sustech Integrated Technologies sign partnership agreement with The Things Industry the creator & Maintainer of LoRaWAN Ecosystem As Certified Value Added Reseller.
Sustech Integrated Technologies sign an exclusive partnership agreement as Value Added Service Company with Adeunis for GCC countries, Sudan & Philippines
Adeunis provide a wide range of IoT sensors developed by R&D radio experts & connected solutions and services.
We are delighted to announce our next phase of expansion with the opening of our new Engineering Backoffice in Manila – Philippines!.
We bring the most talented engineers on board, for proposal & technical support. This expansion continues to build our presence in IIoT, Valves & Green Energy industry We’re excited to be expanding into new horizons with our highly specialized technical team.
Sustech Integrated Technologies sign an exclusive partnership agreement with WellinTech for GCC countries & Sudan
WellinTech has the most complete industrial automation software product line in the world. From the low end to the high end, from SCADA, Historian to MES, WellinTech developed a variety of products for businesses of all scales and automation industries.
Sustech Integrated Technologies sign an exclusive partnership agreement with Four-Faith for GCC countries & Sudan
Founded in 2008, Four-Faith is the world’s leading Internet of Things communication equipment and solution service provider. With technological innovation as the core, Four-Faith revolves around wireless communication technology, 5G, AI, etc.
Four-Faith’s key products include Industrial Routers, Lora &NB-IoT products, IoT surveillance system, Gateway, Module, Fault Indicator, and IP Modem, etc. These products have been exported to more than 100 countries and regions around the world, and they are widely used in smart cities, smart transportation, smart power, smart security, smart agriculture, industrial IoT and other fields.
Four-Faith has various industrial communication IoT products and M2M devices such as an industrial router, intelligent gateway, LoRa/NB-IoT/Zigbee products, IP Modem, module, industrial computer, intelligent IoT video surveillance system, 5G CPE and, etc. All the products are designed as industrial-grade that can work in harsh environments and meet the various requirements of customers.
Sustech Integrated Technologies sign an exclusive partnership agreement with Stream Control
Stream Controls (Stream SCADA, Stream IIoT Platform, Stream Gateway)
- Modern SCADA software that is ready for Industry 4.0 and digital transformation.
- Integrate OT with IT using the built-in Rest API.
- Innovative mobile app builder.
- Deploy locally or in the cloud.
- Built-in MQTT driver.
- Predict failures using Machine Learning.
- Standard SCADA features: graphics, alarms, scripts … and more.


5G Networks Present New Risks and Security Challenges
There is great expectation for the advances in communications that 5G networks will bring. Its massive implementation will represent a spectacular advance in data transmission, with speeds of around 20 Gbps per second, that is, the download of a one-hour Spotify playlist would be done in just 0.6 milliseconds, compared to the 7 minutes that it takes with 3G and the 20 seconds that this operation takes with 4G technology.
Speed will not be the only advantage that 5G networks will bring in Spain. It will also save energy. Some manufacturers affirm that the battery of the mobiles will be able to last a whole day, while the modems will still be much more efficient than the current ones.
Table of Contents
What are 5G networks
Many wonder what 5G networks are since sufficing it to say that it is the technology that will reduce coverage problems in crowds of people. The greater power of 5G networks will allow for saving the electromagnetic funnel that occurs in these agglomerations.
These are very obvious advantages, which will contribute to the improvement of communications and also to the expansion of connected devices, especially those that use the Internet of Things.
5G network security
However, 5G will bring with it an important revolution in the way of facing computer security, since it is a communication structure supported by virtual systems, which poses new challenges to be able to shield the data that will travel through this network.
“The intrinsic risk is that 5G depends on numerous technologies that make up several layers (1), each with its own security challenges, and there are no simple solutions to analyze the security of these environments before deployment,” says the Director of the research group Network, Information and Computer Security Lab (NICS Lab) of the University of Malaga, Javier López.
This research group at the University of Malaga, made up of around twenty people, has specialized in the development of cybersecurity systems, and in recent times has been focusing on researching solutions for this technology.
Extreme cybersecurity with 5G
Javier López, who since last February has been vice-rector for Business, Territory and Digital Transformation, explains that these networks must take extreme security measures, since “numerous services will depend on the entire 5G infrastructure, which will offer the support for the deployment of new business models ”.
In the same way, the infrastructures that make these networks possible also become an objective to protect. They will be much more sensitive infrastructures, since a fall could lead to a real disaster, as the services and devices hooked on this technology multiply, some of them especially sensitive, such as health services or autonomous transport.
As the NICS Lab director explains, 5G networks will be exposed to the same threats as today’s networks. But they are much more sensitive because the effect of an attack can have a much greater effect than one of today’s networks, due to “the dependence that we will have on these systems.”
Despite all the threats, and precisely for this reason, 5G technology has security advantages over previous networks. For example, it streamlines the configuration of the infrastructure and allows various dimensions for device management, which, in Javier López’s opinion, “improves the planning of security policies, as long as possible threats are carefully analyzed. over the different layers of communications. ”
NICS Lab has participated and led several research projects on security in 5G networks. His work consists mainly of analyzing the security advantages of this technology in the deployment of the most exposed devices in this environment.
Vehicle Internet with 5G networks
“For example, the SAVE project focuses on the Internet of Vehicles (IoV), where the connected vehicle needs minimal response times that only 5G can offer (for example, to react to an accident or an abrupt change in conditions of the road) ”.
This project has two derivatives. On the one hand, how to contribute to making 5G for the Internet of vehicles a reality, with the identification of security problems; and how to prevent these security issues from spreading to end devices, which in this case are autonomous cars, a highly compromised matter, because no autonomous vehicle can be allowed to be controlled by a hacker.
With these projects, the University of Malaga reinforces its strategic position as a benchmark in technology, and puts itself at the forefront of the Technological Park of this province, one of the most leading in Europe, where digital advances are being cooked up that will introduce truly disruptive changes.


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When it comes to smartphone accessories, this Micro USB cable is the best choice ever. Made of superior quality material, it’s certainly a win-win purchase. Type- C and micro USB connect your devices with a laptop, PC, smartphone or tablet. 2 in 1 connector not only saves you from burning a hole in your pocket but also brings you a new experience along with convenience.
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Insane Gaming with Asus ROG Phone 3 – Asus ROG phone 3 for Power Users
The Asus just annuounce their next gen gaming phone ROG Phone 3. ROG series are specifically designed for gamers.
The Asus ROG Phone 3 is the most powerful android phone ever. The phone has just hit the smartphone market and it has already created a lot of buzz!
What makes Asus ROG phone 3 Gaming Phone so powerful
Bringing to the users the the most powerful processor, the fastest ram, the fastest flash storage, the loudest dual speakers, Gorilla Glass 6, amazing 64 MP rear camera and 24 MP front camera, this phone really stands out well.
Not only that, and a insanly high 144 Hz display to provide its user with the best ever using experience.
To further provide users with an unprecedented experience phone comes with awesome Air Trigger 3 system and GameCool 3 cooling system . Other goodies includes two chraging port that is placed in such a way, which actually helps you to play while charging the phone. Oh and by the way the phone also comes with insanely huge 6000 amp battery and insanely fast charger.
Asus never fails to surprise its users with amazing features. The Asus ROG Phone 3 is one such surprise. for complete specs click here
Insanely fast 144 Hz Display
The world’s most powerful Android phone comes with a 144 Hz/ 1 ms display, which gives the user a dynamic user interface experience. This is further combined with the 270 Hz touch-sampling rate due to which the touch latency of this device has been reduced to 25 ms. The refresh rate of this phone is insane and unmatched right now. User interface was never this smooth. For punchier color the phone offers super responsive (1ms AMOLED 10bit HDR display).
Insanely fast Snapdragon 865+ Processor at 3.1 Ghz
The support of the powerful Octa core Qualcomm Snapdragon 865+ processor tuned at 3.1 ghz further increases the performance of this smartphone. It is also notable that Asus ROG Phone 3 is the only phone in the world right now that uses this processor.
Insanely fast Charger and huge 6000mAh Battery
This amazing gaming device is equipped with the powerful 6000mAh battery and a 30 W fast charger powered by qualcomm Quick Charge 4.0.
LPX DDR5 Fastest RAM and 3.1 UFS Flash Storage
The phone comes witht the fastest UFS 3.1 storage and newly released LPX DDR5 RAM, infact the first phone to use this memory.
Insane Connectivity (5G + Wifi 6.0 + Bluetooth 5.2 + 2 USB C Ports)
The phone comes with the latest Wifi 6.0 and Latest Blutooth 5.1 hardware.
The Phone Support following 5G (Bands N1, N2, N3, N5, N28, N41, N66, N71, N77, N78, N79). However your phone may not have all the bands , it basically depends on region, so it is advisable to buy this phone based on your region.
Decent Camera Set Up with bigger 1.6μm Pixel.
Being a gaming device does not restrict the smartphone from staying back in other areas. The camera features of the phone are ones that cannot be ignored. The phone comes with a 64 mp rear camera with the facilities of macro camera and wide screen capture. The front camera comes with a 24 mp camera for a cool selfie experience for giving you more ways to interact with your phone..
Asus ROG phone 3 cons – Can get too hot
Remember the phone can get quite hot due to high performance CPU and prolonged gaming, do make sure to use cooler, if you going to play the games for hours.
Incredible Value for Money
There is nothing best recomendation aleast for gamers and power users when they get all this at just INR 49,999 or 999 USD.
One Plus 8 pro Killer
The Asus ROG Phone 3 outperform oneplus 8 pro in every section with better value for money, brand and build quality. we can now see how the flagship killer is getting replaced by new champion of the ring.
Being one of the top competitors in the smartphone market, Asus never fails to disappoint its customers. By introducing the Asus ROG Phine 3 in the market, they have once again proved that they will leave no stones unturned to customize their phones according to the customer’s needs.
The Asus ROG Phone 3 of the Asus ROG series is definitely boon for all gamers with all its upgraded features!
This phone is definitely the go to smartphone for all the committed gamers around the world!
FAQs – Asus ROG phone 3
Is Asus ROG phone waterproof?
No, the Asus does not claim rog phone has protection of water and dust ratings.
What is android version for ROG phone 3?
Is ROG phone 3 5g enabled?
Does Asus ROG phone 3 support dual sim?
Does Asus ROG phone 3 have headphone jack?


With the country’s power grid severely constrained, students from DUT’s Green Campus Initiative (GCI) worked towards the installment of solar charging systems for cellphones which can be seen at various DUT campuses.
The solar charging systems were donated by Full Nine Yards, a company that sells sponsorship.
Mark Zeeman , Full Nine Yards owner, said: “We came up with this concept because mobile devices are a way of life for anyone, not just students. So with power shortages and constant load shedding, these solar chargers make it easy for everyone in those times.”
Currently, 11 solar charging systems have been installed in the University’s Durban Centre, five being at the Steve Biko Campus, three at Ritson Campus, two at ML Sultan Campus and one at City Campus. Plans are afoot to install two at the Midlands Centre’s Indumiso Campus and two at Riverside Campus.
Solar charging systems use renewable energy which is collected using solar panels where radiant heat is converted to produce electricity.
Siyanda Dube, DUT GCI Chairman, said the solar chargers will help the University reduce its power usage. “We want to bring a much greener way of doing things at the University and solar charging systems is one way of doing that. Our aim is for DUT to be the greenest university in the country ,” he said.
– Noxolo Memela
Pictured: Sandy Binda, a DUT student, makes use of one of the solar charging panels which were recently installed at the University to charge cellphones.


Bring together email and SMS (text) messaging technologies into one unified content-aware system
UCGateway is a Unified Communications (UC) platform that brings together email and SMS (text) messaging technologies into one unified content-aware system. Our unique software gives you more power to reach customers, manage business communications, and learn about your demographics. Our powerful content analysis system allows clients to reply to your messages as UCGateway searches for keywords and phrases and filters them through predefined rules and triggers to carry out any task imaginable.
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UCGateway is not a single product, rather a highly customizable Unified Communications platform that merges email and SMS (text) communications into one intelligent system.
Build a client contact list based on emails and SMS messages, use content filters to gather statistically significant information from client responses, or store individual client preferences to give them the best experience possible.