In view of the crucial issue of lifecycle battery optimization, the German specialist Twaice and global semiconductor company Analog Devices have announced a collaboration initially aimed at the car market, but with possible effects on other vehicle types. We’ve already mentioned Twaice when the company managed to raise funding addressed to expand core capabilities such as the analytics platform and fuel international expansion to target electric vehicle and energy companies.
The goal of the collaboration is to «provide a holistic lifecycle solution for automakers with integrated hardware and software. A complete end-to-end solution will be provided, with state-of-the-art battery measurements provided through a wireless battery management system. Analog Devices’ sensor technology provides data, and a quality of data previously unavailable. Twaice can generate crucial insights into the battery performance desired by car companies around the globe. Integrating the Analog Devices’ sensor and communication solutions creates an ideal data basis. The resulting forecasts enable qualified statements at any point in the battery’s life cycle regarding its value and usability».
Twaice for battery lifecycle optimization
«We have heavily invested in our battery analytics software to address the challenges in the battery lifecycle. Our solution portfolio is now leveraged in the development, operation and potential second use by leading players in the mobility and energy industry», said Twaice Co-CEO Michael Baumann.
«With the rapid acceleration toward electrification globally, we are now keen to grow in key markets. North America is the logical next step to become a true global player. Energize is the ideal partner with its impressive portfolio of energy and mobility companies and strong footprint in the United States», Twaice Co-CEO Stephan Rohr pointed out. Twaice is part of the European Battery Alliance.


Internet of Things (IoT) presents when the world, humans and things are connected smoothly and securely through smart sensors and high-speed internet infrastructure. Data can be collected, transformed, analyzed into beneficial information that can interact directly with the environment, provide feedbacks, and can be used in a variety of applications, including smart cities, industrial internet of things (IIoT), smart grids, smart homes and buildings, smart infrastructure, smart agriculture, smart health, and smart mobility. Therefore, Universiti Tun Hussein Onn Malaysia (UTHM) is proactive in creating this academic program, namely the Master of Science in Internet of Things (MET).
Apply the knowledge acquired to be completed in practical work of Internet of Thing (Iot)
Practice the profession of science, engineering, management and technology which involve Iot industry
To perform continuous learning on Iot technology independently at advanced level
To produce technocrats who apply the knowledge gained in Iot and entrepreneurship in the industry.
REQUIRE ATTENDING THE ADMISSION BRIEFING TO THE UTHM MASTER’S PROGRAM


Updated: Oct 27, 2021
HTC, a global smart mobile device and immersive technology manufacturer, held a global new product launch conference and officially launched the new immersive VR glasses VIVE FLow. This VR glasses can be connected with a smartphone to provide a new VR control experience.
Unlike the all-in-one VR device, HTC VIVE FLow is lighter. It does not have a fixed headband, but uses a way of wearing like glasses. At the same time, VIVE FLow can be folded down for easy storage. The magnetic pad inside the HTC VIVE FLow can be removed and supports hand washing with water and detergent, which is convenient for replacing the pad when sharing equipment.
The weight of the HTC VIVE Flow is only 189g, and the exclusive cooling system is used inside to keep the eyes dry, allowing VIVE Flow to have both a lightweight body and a comfortable wearing experience. It is worth noting that HTC VIVE Flow can be connected to a smart phone, and it can be connected via USB-C wired connection or wireless connection.
HTC VIVE Flow has relatively independent computing power and supports the operation of more than 100 VR contents. HTC VIVE FLow needs to be connected to an external battery, and the USB-C port on the side is connected to various mobile power sources. HTC VIVE FLow supports 3.2K resolution, 100-degree field of view and 75Hz refresh rate. The built-in speaker supports 3D spatial audio. The built-in dual microphones with echo cancellation and noise reduction functions provide an immersive sound experience. Also supports external Bluetooth headsets.
In addition, HTC VIVE FLow lenses can adjust the refractive power to meet the needs of myopic users, thereby eliminating the trouble of wearing glasses or inserting lenses. HTC VIVE Flow does not have a controller, nor does it support hand tracking, but users can control it by using a smartphone. Currently it only supports Android devices, not iOS devices. Its built-in camera allows you to see the outside world.
As for the price, HTC VIVE FLow is priced at US dollars 499 (approximately RM2073), and pre-orders are available in the United States. In addition, HTC VIVE Flow also launched a special VIVEPORT subscription plan-unlimited membership lightweight version, priced at 5.99 US dollars per month (about RM25), allowing users to download and experience unlimited VR content, covering video, leisure , Art, education, games and applications. Officials said that VIVEPORT's content will continue to be updated, and will continue to provide users with more exciting VR experiences.


Fenwick mulls cell tower options (though they’re not really towers)
Verizon Wireless wants to improve mobile coverage across coastal Delaware. This month, Verizon engineers designed two proposals to boost signals in Fenwick Island. (They only presented concept plans, but did not submit permit requests, which Fenwick will require for wireless infrastructure.)
Traditionally, when thinking of wireless antennas, people think of tall “macro” towers that reach long distances. But Verizon and other wireless companies are now proposing “small-cell” antennas to boost the signal. That includes canister antennas or panel antennas, usually just a few feet tall, attached to utility poles.
“We have seen an exponential growth in the data usage in wireless coverage for the last few years,” said Verizon’s Bonnie Metz, estimating 50-percent increase in data usage in 2017, due to Verizon’s unlimited data plans and heavy cell phone usage. “We need to add capacity to the network to stay ahead of the demand and to fill gaps in capacity that we’re seeing now. It’s kind of like if you have more traffic, you need more traffic lanes or you’re gonna get a backup.”
Mobile data is used to send multimedia text messages, such as those with photos and video. It also allows cell phones and tablets to access the internet anywhere, without the use of Wi-Fi.
Metz asked for feedback at the Fenwick Island Town Council workshop on Aug. 30.
Design 1 had two 60-foot poles, both in town limits, at town hall and at the Coastal Highway/James Street intersection.
Design 2 had five poles, although only one is in Town limits, with the others in unincorporated Sussex County, including at the Bethany-Fenwick Chamber of Commerce office and on Route 54.
At the council’s request, Metz will research a third design: five poles, but with the Essex Street pole at town hall instead.
Where possible, Verizon will use existing poles or replacements, rather than adding clutter to the street. For comparison, poles would be about the same height or shorter than existing Delmarva Power electric poles, Metz estimated.
Using 4G, preparing for 5G
“Our goal right now is to get 4G coverage as best we can for the whole town,” said Mayor Gene Langan.
“You could do that with two poles,” Metz said. “Putting five poles up now, in my view, is going to position the town better for 5G than just the two poles, because we’re already going to have the infrastructure in place.”
These are the fourth and fifth generations of mobile network technology, each producing a faster wireless network.
In the future, the 5G network will be almost instantaneous but will require more antennas closer to each other and to the ground. Antenna designs are also getting smaller as the technology improves.
No one in the U.S. is using “real” 5G yet. Verizon will introduce it to a few major cities in 2019, then expand over the next few years. Plus, Verizon will invest in early 5G upgrades where infrastructure is ready to go, Metz said.
Residents who supported the five-pole idea encouraged the town council to be forward-thinking, since 5G will arrive in a matter of years. At that time, engineers will propose antenna locations based on future use and technology.
“Anything out there that you’re seeing right now are 4G. … We haven’t put them up anywhere,” Metz said of the 5G equipment. “Everything you’re seeing right now is densification of the 4G network to deal with the capacity issues we’re having.”
The entire coastal area could use a signal boost, so Verizon is also addressing spotty locations around Bethany Beach and Route 26.
Public debates the locations
Council Member Roy Williams said he was hesitant about increasing antennas, partly because he doesn’t want his grandchildren staring at their phones during family vacation.
“I’m like you. When I go on vacation, I don’t want my phone to work,” Metz said. “But statistics show that 83 percent of millennials, when they go to look at a house,” rank cell phone signal as the most important factor when house-hunting, right after school rankings.
“Several Realtors have told me they can’t several really expensive houses in North Bethany because they don’t have coverage,” said Langan.
Resident Barbara Ievoli said mobile access is important for houseguests or family who want to work remotely at the beach.
“5G’s gonna be here before you know it, and I think it’s in our interest and the town’s best interest to look at the long-term plan,” said Ievoli, who previously worked in government. “We put two poles in now, and we’re going to be here next year because 5G is coming. … You have to look at where we’re going in Fenwick. We don’t want to be left behind.”
Other residents agreed, including a former Verizon employee.
Fenwick is having this discussion with Verizon, but not AT&T or Sprint, because the Fenwick Island Police Department uses Verizon for its communications, from cell phones to the patrol car computers. After dropping enough emergency calls and losing connection while downloading arrest records for traffic stops, Town Hall called Verizon for help, just as the company was brainstorming potential improvements to overall beach service.
This spring, Verizon installed a temporary booster antenna at Town Hall, which was mainly to help police who need coverage across the town.
Customers who still suffer poor service can call their provider to report the problems and find solutions.
Discussion on Aug. 30 bogged down as people suggested that a pole “here or there” would guarantee better service for certain parts of town. But Metz emphasized that either plan she presented would cover the entire town, filling all the gaps in service.
Metz will report back to Fenwick Island with updated proposals.
By Laura Walter


Sprint offers numerous mobile broadband packages of which 4G mobile broadband compensates a large component for internet connected solutions. It is specifically important for services such as video calling and streaming video. Until recently it has been a struggle to gain access speedy internet. Despite a couple of hiccups with regards to video calling, the wireless 4G broadband made available relatively a number of possibilities with relation to interacting with the internet these days.
But of course, in order for you to relish the 4G broadband, you should as well have a fresh smart-phone. One of the much better options is the HTC EVO 4G, that runs very well on Sprint. This mobile phone has a great sized touch screen, proves to be very fast, and in addition it features a dual camera that is best for video calling.
Get the best promo codes from here for sprint – http://www.monkeypeaches.com/sprint-coupon-code/. Please visit them and feel free to give us feedback on savings.


Please notice the default screen is for Mobile networks (like UMTS), for WiFi connection details you have to click on the specific button.
DISPLAY current TCP/IP network config values.
WiFi + Link speed:
- IP Address
- MAC Address
- Subnet Mask
- Default Gateway
- DHCP Server
- DNS Servers 1
- DNA Servers 2
- Lease Duration
Static IP supported!
- Host Address
- Host Name
- Network operator
- SIM number
ifconfig is a free software application from the System Maintenance subcategory, part of the System Utilities category.
The app is currently available in English and it was last updated on 2011-01-29. The program can be installed on Android.
ifconfig (version 1.6) is available for download from our website.
Just click the green Download button above to start. Until now the program was downloaded 23 times.
We already checked that the download link to be safe, however for your own protection we recommend that you scan the downloaded software with your antivirus.


TL07X Rev. P Data Sheet November 13, 2020: https://www.ti.com/lit/ds/symlink/tl071.pdfThe TL07xH (TL071H, TL072H, and TL074H) family of devices are the next-generation versions of the industry-standard TL07x (TL071, TL072, and TL074) devices. These devices provide outstanding value for cost-sensitive applications, with features including low offset (1 mV, typical), high slew rate (20 V/μs), and common-mode input to the positive supply. High ESD (1.5 kV, HBM), integrated EMI and RF filters, and operation across the full –40°C to 125°C enable the TL07xH devices to be used in the most rugged and demanding applications.
In addition to offset voltage and improved common mode range the new "H" version now has a maximum 42V (+/-21v) supply voltage allowing it to be used with 36V rails.
When the TL074 was first introduced in the late 1970s and was not yet in distribution I drove to TI in Richardson and picked up some of the first samples produced.


Applications for messaging are becoming increasingly multifunctional. In addition to video calls and photo sharing, we can make plans for the future through Facebook Messenger and even make purchases through applications such as WeChat. Developing team of Line, a messaging application known for its cute stickers and artificial intelligence efforts, at IFA 2018 has demonstrated its plans to integrate the Internet of things into the messenger.
The platform for managing home devices, which is called Line Things, is tightly integrated into the messenger. As in the messenger itself, Line Things uses the distance reduction principle in the new platform. This means that the company is working to make the complex world of intelligent home products easier and more accessible with an application that is very popular in several parts of the world. Instead of a lot of applications and hundreds of individual notifications coming into the smartphone, the user will have only one familiar source from which he can communicate with friends and manage home devices.
The platform is still at the earliest stages of development and does not yet have compatible devices, so the demonstration at IFA was aimed to show the concept of the idea using smartphones and tablets. For example, the company showed how the application can manage the care of the plant. You can choose the type of your plant, and Line Things will assign health points for plants that vary depending on the amount of light, water and ambient temperature. This makes it easy to take care of a plant through an understanding of its environment. Changes are made using sliders and are checked by cute emoji in the corner of the application screen, which show the potential outcome of your care.
The company also showed the work of Line Things with a connected microwave, where cooking instructions can be found on the Internet and automatically sent to the microwave. Instead of a special application that requires installation, the control is performed via the same Line messenger. Another advantage is notification. Instead of several applications, all notifications from different devices come to one application, in which it is easy to control them. Smart home systems for most users seem to be something very complicated and confusing. The Line Things platform wants to fix this by offering users a familiar messenger interface that is used by almost everyone today.
Line also has its own line of smart speakers available in Japan, which potentially adds voice control through Line Things. According to Line, the company plans to launch Line Things in the first half of 2019, and first it will be available in the main messaging application markets in Japan, Taiwan, Thailand and Indonesia. If the platform becomes successful, Line intends to launch Line Things around the world.


DaCoNets: About us
Welcome to the Data Communication and Network Systems (DaCoNets) LAB website! If you are a researcher looking for collaboration opportunities, you can choose the team page or start from the research page. We are impatient to work with you too. We always welcome applications from visiting scholars at all levels (students, faculty, postdocs) who are interested to spend some time in our lab and get involved in our ongoing research activities. Please contact Prof. Romano Fantacci if you would like to visit our lab. Hope you can find useful information you need regarding our research!
We are currently focused on several research topics:
- Machine learning and artificial intelligence (AI) for wireless networks.
- Wireless cellular 5G and 6G networks.
- Integration of millimeter wave and sub-6 GHz cellular networks.
- Wireless communications and networking using unmanned aerial vehicles .
- Autonomous vehicles over wireless networks.
- Age of information.
- Behavioral game theory.
- Cyber-physical systems.
- Data analytics.
- Quantum communications.
- New generation Internet.


A few years back, smartphone manufacturers started selling wireless chargers as add on gadgets for their devices. These chargers are like a charging stations, where the electromagnetic field is used to transfer energy; users only need to place their smartphones on the charger to recharge.
- Protected connections: With the electronics being all enclosed, it’ll be away from water or oxygen in the atmosphere, so no corrosion, and less risk of electrical faults
- Low infection risk: Avoids the infection risks associated with wires penetrating the skin for embedded medical devices
- Durability: There’s no plug or unplug of the device, thus significantly less wear and tear
- Increased convenience and aesthetic quality – No need for cables
Despite all the advantages listed above, wireless charging is not as popular as it was expected to be? Why so? The answer is simple – the technology and design are yet to meet users’ expectations.
- Slower charging: Devices take longer to be fully charged
- More expensive: The complexity and cost of manufacturing both the device and charge increase
- Inconvenience: Current technology requires the device to be left on the charging station/pad, therefore users can’t move around or work on the device while charging.
In my point of view, the disadvantages of wireless charging will be eliminated as the development of technology in the field goes on. However, as people are used to the multi-port USB chargers, the conventional cable charging will not be obsoleted in the near future.


Choosing Between an RPC-Style (remote procedure call) and a Message-Style (document-style) Web Service.
RPC-style Web services are interface driven, which means that the business methods of the underlying stateless session EJB determine how the Web service works. When clients invoke the Web service, they send parameter values to the Web service, which executes the corresponding methods and sends back the return values. The relationship is synchronous, which means that the client waits for a response from the Web service before it continues with the remainder of its application. Create an RPC-style Web service if your application has the following characteristics:
Examples of RPC-style Web services include providing the current weather conditions in a particular location; returning the current price for a given stock; or checking the credit rating of a potential trading partner prior to the completion of a business transaction. In each case the information is returned immediately, implying a synchronous relationship between the client and the Web service.
RPC is essentially a Remote Procedure Call in which the client sends a SOAP request to execute an operation on the Web Service. The SOAP request contains the name of method to be executed and the parameter it takes. The server running the Web Service converts this request to appropriate objects (java method call, EJB method call etc with parameters of defined type), executes the operation and sends the response as SOAP message to client. At the client side, this response is used to form appropriate objects and return the required information (output) to the client. RPC-style Web Services are tightly coupled because the sending parameters and return values are as described in WSDL (Web Service Description Language ) file and are wrapped in the SOAP body. Following is an example SOAP Body of RPC-style Web Service, which invokes GetStockQuote method with input parameter "ORCL":
<SOAP-ENV:Envelope...> <SOAP-ENV:Body> <m:GetStockQuote xmlns:m="http://hello"> <m:Symbol>ORCL</m:Symbol> </m:GetStockQuote> </SOAP-ENV:Body> </SOAP-ENV:Envelope>RPC-style Web Services follow call/response semantics, and hence they are synchronous, which means that the client sends the request and waits for the response till the request is processed completely.
You should create a message-style (document-style) Web service if your application has the following characteristics:
Examples of message-style Web services include processing a purchase order; accepting a request for new DSL home service; or responding to a request for quote order from a customer. In each case, the client sends an entire document, such as purchase order, to the Web service and assumes that the Web service is processing it in some way, but the client does not require an answer right away or even at all. If your Web service will work in this asynchronous, document-driven manner, then you should consider designing it as a message-style Web service. NOTE: Document-Style web servives can use both one-way (non-blocking) calls and two-way (request-response) calls, but preferrable choice will be one-way calls.
Document-Style Web Service are loosely coupled and the request/response are in the form of XML documents. The client sends the parameter to the Web Service as XML document, instead of discrete set of parameter values. The Web Service processes the document, executes the operation and constructs & sends the response to the client as an XML document. There is no direct mapping between the server objects (parameters, method calls etc) and the values in XML documents. The application has to take care of mapping the XML data values. The SOAP Body of a Document-Style carries one or more XML documents, within its body. The protocol places no constraint on how that document needs to be structured, which is totally handled at the application level. Document-Style Web Service follows asynchronous processing. Following is an example SOAP body for Document-Style Web Service:
<SOAP-ENV:Envelope ...> <SOAP-ENV:Body> <StockQuoteRequest symbol="IBA-USA"/> </SOAP-ENV:Body> </SOAP-ENV:Envelope>The parameters of the methods which are to be exposed by the document style Web Service should be of type XML element only. The return type of the method can be either an XML element or void.
The Simple Object Access Protocol (SOAP) offers two messaging styles: RPC (Remote Procedure Call) and document style. One is for creating tightly coupled, inter-object style interfaces for Web services components; the other is for developing loosely coupled, application-to-application and system-to-system interfaces.
An RPC is a way for an application running in one execution thread on a system to call a procedure belonging to another application running in a different execution thread on the same or a different system. RPC interfaces are based on a request-response model where one program calls, or requests a service of, another across a tightly coupled interface. In Web services applications, one service acts as a client, requesting a service; the other as a server, responding to that request. RPC interfaces have two parts: the call-level interface seen by the two applications, and the underlying protocol for moving data from one application to the other. NOTE, it may be not only request-response (two-way) RPC call, but also one-way RPC call (but more often it is used with two-way calls).
The call-level interface to an RPC procedure looks just like any other method call in the programming language being used. It consists of a method name and a parameter list. The parameter list is made up of the variables passed to the called procedure and those returned as part of its response.
For Web services, SOAP defines the wiring between the calling and called procedures. At the SOAP level, the RPC interface appears as a series of highly structured XML messages moving between the client and the server where the Body of each SOAP message contains an XML representation of the call or return stack:
<env:Envelope xmlns:env="http://schemas.xmlsoap.org/soap/envelope/"> <env:Body> <sm:someMethod xmlns:sm="http://www.xyz.com/sm"> <someParams> <item>100</item> <item>200</item> </someParams> </sm:someMethod> </env:Body> </env:Envelope>
The transformation from call-level interface to XML and back occurs through the magic of two processes: marshaling and serialization.
The server goes through the reverse process to extract the information it needs. A listener service on the server deserializes the transport stream and calls a proxy stub on the server that unmarshals the parameters, decodes and binds them to internal variables and data structures, and invokes the called procedure. The listener process may be, for example, a J2EE servlet, JSP (JavaServer Page), or Microsoft ASP (Active Server Page). The client and server reverse roles and the inverse process occurs to return the server's response to the client.
The difference between RPC-Style and Document-Style is primarily in the control you have over the marshaling process. With RPC-style messaging, standards govern that process. With document-style messaging, you make the decisions: you convert data from internal variables into XML; you place the XML into the Body element of the encapsulating SOAP document; you determine the schema(s), if any, for validating the document's structure; and you determine the encoding scheme, if any, for interpreting data item values. The SOAP document simply becomes a wrapper containing whatever content you decide. For example, the SOAP document shown in following example contains an XML namespace reference, http://www.xyz.com/genealogy, that presumably includes all the information a receiving program needs for validating the message's structure and content, and for correctly interpreting data values:
<env:Envelope xmlns:env="http://schemas.xmlsoap.org/soap/envelope/"> <env:Body> <xyz:family xmlns:xyz="http://www.xyz.com/genealogy"> <parents> <father age="29">Mikalai</father> <mother age="29">Volha</mother> </parents> <children> ... </children> </xyz:family> </env:Body> </env:Envelope>
If you compare the steps involved in typical document-style message exchange process with those involved in processing an RPC-style message, you will notice they are essentially parallel processes:
The SOAP server reverses the process, potentially using a different XSLT, to validate, extract, and bind the information it needs from the XML document to its own internal variables. The roles reverse and the two follow inverse processes for returning and accessing any response values. The rules guiding the marshaling process are the primary difference between this process and that for RPC-style messages. With document-style, you as the SOAP client's author create those rules.
RPC-style messaging maps to the object-oriented, component-technology space. It is an alternative to other component technologies such as DCOM and CORBA where component models are built around programmable interfaces and languages such as Java and C#. RPC-style messaging's strength in this space lies in its platform independence. It offers a standards-based, platform-independent component technology, implemented over standard Internet protocols. One of the benefits of this style's XML layer is that clients and servers can use different programming languages, or technologies, to implement their respective side of the interface, which means one side can choose one set of technologies, such as J2EE's JAX-RPC, while the other chooses a completely different set, such as .NET's C#. RPC-style messaging's standards heritage can be an important consideration in hybrid environments (one using multiple technologies such as J2EE and .NET) and can provide a transition path between different technologies.
RPC-Style messaging's weaknesses
The coupling and synchronicity issues are common to RPC-based component technologies. So they are really not discriminators when making comparisons between these technologies. The marshaling and serialization overhead is greater for RPC-style messaging and places this messaging style at a relative disadvantage. However, with today's high-speed processors and networks, performance is generally not an issue.
Document-style messaging is clearly an option in any situation where an XML document is one of the interface parameters. It is ideal for passing complex business documents, such as invoices, receipts, customer orders, or shipping manifests. Document-style messaging uses an XML document and a stylesheet to specify the content and structure of the information exchanged across the interface, making it an obvious choice in situations where a document's workflow involves a series of services where each service processes a subset of the information within the document. Each service can use an XSLT to validate, extract, and transform only the elements it needs from the larger XML document; with the exception of those elements, the service is insensitive to changes in other parts of the document. The XSLT insulates the service from changes in the number, order, or type of data elements being exchanged. As long as the service creating the document maintains backwards compatibility, it can add or rearrange the elements it places into a document without affecting other services. Those services can simply ignore any additional data. Document-style messaging is also agnostic on the synchronicity of the interface; it works equally well for both synchronous and asynchronous interfaces.
Document-style messaging's weaknesses
There are two compelling reasons to use document-style messaging. One is to gain the independence it provides. Its strength lies in decoupling interfaces between services to the point that they can change completely independently of one another. The other is that document-style messaging puts the full power of XML for structuring and encoding information at your disposal. The latter is one reason many consider document-style superior to RPC-style messaging.
RPC-style messaging's strength is as a bridging component technology. It is a good option for creating new components and for creating interfaces between Web services and existing components - you simply wrap existing components with RPC-style Web services interfaces. RPC-style messaging is also an excellent component standard in situations where you are using multiple technologies, such as J2EE and .NET, and want to develop sharable components.
Document-style messaging's strengths are in situations where an XML document is part of the data being passed across the interface, where you want to leverage the full power of XML and XSL, and in instances where you want to minimize coupling between services forming an interface, such as in application-to-application and system-to-system interfaces.
WSDL Example for RPC-Style:
... <message name="myMethodRequest"> <part name="x" type="xsd:int"/> </message> <portType name="PT"> <operation name="myMethod"> <input message="myMethodRequest"/> </operation> </portType> ...NOTE: part element has attribute type.
RPC-Literal SOAP message for this request:
<soap:Envelope> <soap:Body> <myMethod> <x>5</x> </myMethod> </soap:Body> </soap:Envelope>
WSDL Example for Document-Style:
<types> <schema> <element name="xElement" type="xsd:int"/> </schema> </types> <message name="myMethodRequest"> <part name="x" element="xElement"/> </message> <portType name="PT"> <operation name="myMethod"> <input message="myMethodRequest"/> </operation> </portType>NOTE: part element has attribute element with value of globally declared element.
Document-Literal SOAP message:
<soap:Envelope> <soap:Body> <xElement>5</xElement> </soap:Body> </soap:Envelope>


The potential of IoT technology for enterprises
The introduction of the Internet of things for enterprises, or, as it is also called the industrial Internet of things, according to the consulting company J`son & Partners Consulting, has several perspectives:
- The ability to fully control equipment through the use of sensors with access to the network. Thanks to this, it becomes possible to carry out routine maintenance in a timely manner, predict accidents and detect faults in a timely manner, prepare parts for replacement in advance, etc. That is, the Internet of Things provides thorough management of the entire product life cycle.
- Accurate fixing of the load of production capacities allows you to organize a system of automatic orders in the entire chain of suppliers providing raw materials, parts for equipment, consumables, etc. The same system of automatic ordering can be established with the end user.
- The ability to sell the results of using the equipment, not the equipment itself. For example, a company that previously sold compressors, after implementing the Internet of Things, can sell compressed air with certain guaranteed parameters. This also applies to any other equipment, be it machine tools, construction equipment, etc. It should be noted that the sale "on demand" is one of the key points of the cloud service;
Given all of the above, we can conclude that the Internet of Things provides not only an unprecedented quality of equipment maintenance, but also the emergence of a new model of its use, when it is not the property of the customer, and it is paid only for use. Note that many well-known companies, such as Kaeser, John Deere, etc., already work on this scheme.
In addition to the moments described above, the Internet of things provides resistance to adverse processes by quickly receiving information and instantly responding to it. In addition, most risks will be carried to the information plane.
Also, enterprises are provided with access to the best resources due to constant monitoring of the information network and instant response to changes in prices, quality and other factors regarding available resources. And this is only an insignificant part of the potential of the Internet of things technology for enterprises.


ALCATEL SUBMARINE NETWORKS
Alcatel Submarine Networks (ASN), part of Nokia, is among the industry leaders in terms of transmission capacity and installed base. With over 750,000 km of optical submarine systems deployed worldwide, ASN offers tailored turnkey global undersea transmission systems and a comprehensive range of services, including project management and maintenance operations, all facilitated by a dedicated cable ship fleet.
In a world where the demand for reliable internet connectivity is greater than ever, ASN (Alcatel Submarine Networks) is one of the leaders in providing submarine telecommunications systems. Committed to addressing environmental pressures and climate change, ASN has implemented various projects to ensure responsible and sustainable practices throughout its operations. This documentary explores ASN’s dedication to minimizing its environmental impact while connecting the world.
Manufacturing and Environmental Responsibility
ASN understands the importance of reducing its impact on the environment. To achieve this goal, the company has undertaken major initiatives, such as modernizing ships and its fleet, as well as manufacturing facilities, and developing new products with underwater monitoring capabilities.
In addition, ASN is actively working to reduce carbon emissions. For example, it has replaced copper with aluminium in cable design, which not only limits the company’s environmental impact but also helps conserve valuable resources. ASN’s NEO project (Calais Manufacturing Site) aims to increase production capacity while installing solar panels and reusing hot water from the manufacturing process to heat the building, demonstrating ASN’s commitment to sustainability throughout the manufacturing process.
Connecting Continents and Small Islands
ASN prides itself on its ability to provide high-speed, reliable internet connections to all continents, including regions such as Africa, via submarine cables. By bridging the digital divide, ASN empowers people to access critical online services, strengthens communities, and promotes economic growth. Furthermore, ASN extends its coverage to small islands around the world, even in icy regions. These connections not only provide reliable internet access but also facilitate communication, collaboration, and development opportunities for remote communities.
Sustainable Innovations and Environmental Impact Reduction
ASN’s dedication to sustainability extends beyond its manufacturing processes. The company actively participates in initiatives that contribute to a greener future. One notable project is the use of its DC/FO (Direct Current/Fiber Optic) subsea control infrastructure, contracted for Equinor Northern Lights, to control climate change. This innovative infrastructure enables efficient subsea control power transmission, reducing the environmental impact of traditional hydraulic systems.
Additionally, ASN is at the forefront of SMART cables, a UN-backed initiative to monitor the seabed using submarine cables. Using telecommunications technology, ASN SMART cables increase the speed and efficiency of real-time tsunami warning systems, enabling better disaster preparedness.
ASN’s commitment to responsible and sustainable submarine cable production and deployment is reflected in its innovative approach and dedication to reducing environmental impact. By modernizing its fleet, adopting advanced technologies, and collaborating with global stakeholders, ASN strives to connect the world while taking into account the needs of future generations and the planet. By connecting small islands to continents, incorporating sustainable innovations, and actively reducing its environmental footprint, ASN plays a critical role in building a more connected and sustainable future.
For more information:


B.Tech - Electronics & Communication Engineering (ECE)
The department offers undergraduate program in Electronics and Communication Engineering. The Department has highly talented, qualified and competent faculty members in the areas of Digital Signal Processing, Active Circuits, Data Communications & Networking, Mobile and Wireless communications, High Speed Networks, Optical Networks and VLSI & Micro-electronics.
Aim of this department is to make students proficient in the areas of :
- Signal and system analysis and characterization
- Communication, control, instrumentation, introduction to signals and systems
- Formalizing signals: energy and power signals, signal properties: periodicity, absolute inerrability, determinism and stochastic character
- Continuous time and discrete time Linear shift-invariant (LSI) systems
- The z-Transform for discrete time signals and systems
- Discrete-Time Fourier Transform (DTFT) and the Discrete Fourier Transform (DFT)
Laboratories in ECE Department:
- Digital Electronics Laboratory
- Integrated Circuit Laboratory
- Control Systems Laboratory
- Communication Laboratory
- Microprocessors Laboratory
- Network Analysis & Synthesis Laboratory
- CAD of Electronics Laboratory
- Electronics Circuit design Laboratory
- Microwave & Fiber Optic Laboratory
- Measurement Laboratory
- DSP Laboratory
- Telemetry Laboratory
- Electronic Workshop & PCB Design Laboratory
- Knowledge to develop, installs, test and maintain communication systems.
- Knowledge to work on large computer networks.
- Knowledge to develop electronic devices for computer systems and others.
- Knowledge to architect device controlling programs.
- Knowledge to develop software interface for electronic devices.
- Knowledge to manufacture computer chips.
- Telecommunication Engineer in public as well as in private sectors.
- Software Engineer in IT sectors.
- Electronics Circuit Designer
- Optical Transmission Engineer
- Technical Consultant
- Engineers in Signal Processing, Wireless Communication, Robotics, Nanotechnology, VLSI etc.
- System Engineer in Embedded Systems.
- Technical Engineer/ Army Officer in Defense.
As per AICTE & University Guidelines.
For 2nd year (Lateral entry) Diploma in Engineering with 60% and above marks OR B.Sc Degree with Mathematics.
Intake : 60 Seats
Duration : 4 Years


Digital signage is a powerful and efficient tool for communicating real-time information and important messages to students, staff and guests by displaying dynamic content like way-finding, emergency messaging and advertising information. It provides a high-impact communications tool to inform viewers about facilities, courses, student groups, guest lecturers and much more.
Symon provides a flexible and fully scalable solution that is able to grow with the needs of your facility; from a single screen, to multiple screens across multiple sites, all managed from one central system. As a real-time solution, administrators are able to schedule content in advance or communicate information as events happen, allowing you to get information where it's needed when it's needed quickly and efficiently.
We provide an innovative range of endpoints including door displays, large format LCD displays and way-finding kiosks so that you have a suitable means of engaging and interacting with your staff and students at every touch-point. Symon provides an end-to-end solution including hardware, software, creative content, installation, professional services, training and support. Our team is fully equipped to ensure that you receive a digital signage solution that is perfectly suited to meet your needs both now and in the future.


Alpha Magnetics Inc. has been a global leader in the manufacturing of specialty electromagnet and power supply systems, conventional and superconducting since 1963. We provide high quality products to the semiconductor and solar, nuclear, medical, communications, research and development industries, and various technical academic institutions and universities throughout the world.
Alpha Magnetics engineering department can provide design solution prototypes, with adherence to stringent technical and performance specifications. Our production capabilities enable Alpha Magnetics to meet the customer’s individual application requirements with high quality products, and a technical service team to provide on-site modifications and installations.
We have design and manufacturing capabilities to complete your project from print to product.


Cisco Aironet Series
The Cisco Aironet Series can be deployed in a distributed or centralized network for a branch office, campus, or large enterprise either for indoor or outdoor environments. With the Cisco Aironet Series you get a wide variety of capabilities, including Cisco CleanAir Technology, Cisco ClientLink 3.0, Cisco BandSelect and Cisco VideoStream. Your network will always be running the highest-performance wireless access weather you need an entry-level, or an extensive wireless coverage to meet your enterprise level requirements.
Cisco Meraki Series
The Cisco Meraki Series are a 100% cloud managed for faster deployment, simplified administration, and richer visibility. The Cisco Meraki Series are built for all your business wireless needs, from small branch deployments to high density and performance-critical environments. This high-end performance endpoints features, includes centralized management, CMX location analytics, application visibility & control, automatic RF optimization, dedicated security radio, high capacity 802.11ac and identity-based firewall.


Research, Development and Technology Tesuco Telecoms places strong emphasis on the continuous improvement of its processes and products.
Tesuco Telecoms has a policy of collaborative product development with key customers in its principal markets and works with strategic partners around the world in order to develop innovative technologies.
Fibre - TT Connect
Last mile open access
We are investing substantially in providing the most dynamic last mile infrastructure solutions addressing both the fibre to the business and home markets. You are enabled to differentiate yourself within the market through our customised product offerings.
Dark fibre access service
Our highest performing service is DFAS or dark fibre access service. DFAS is simply a direct strand of fibre. It is data protocol and bandwidth agnostic. You then have the freedom to install suitable equipment on each end to create a connection that transfers your data with high security and reliability.
Layer 2 services
We have developed layer two services on a point to point bases, which address both the Fibre To The Home and Fibre To The Business market enabling you the ability offer your customers more choice .
Tesuco Telecommunications is an integrator of technologies, providing turnkey telecoms solutions and alternative power products and services.


Indrium Pi Hat
This is an experimental product still under development
What is Indrium Pi HAT ?
Indrium Pi HAT - a Nordic nRF52840 shield for Raspberry Pi 3b+ that converts it into a low power wireless gateway for BLE and 802.15.4 based networks. It has a NFC reader on it which can be used for commisioning / provisiong devices.
- MDBT50 BLE/802.15.4 module - Nordic semiconductor nRF52840
- Can be programmed with the Pi using Openocd and Pi's GPIOs
- Can run a qualified BLE controller as HCI-Uart, from Zephyr RTOS project for extra BLE on your pi
- Can run Openthread's NCP firmware over SPI to make your Pi into a Thread gateway
- Can make your Pi into a 6lowpan gateway
- NFC reader using PN532
- Can be used as a commisioning / provisioning mechanism for a Thread network for example
- 2 buttons for your Pi
- RGB LED as status indicator
You can find the schematic for this board at this link.
About Electronut Labs
Electronut Labs is an Embedded Systems company based in Bangalore, India. More information at our website.


Affordable & Reliable Connectivity
When you set up a temporary or micro branch network, you need to get it connected to your WAN as quickly as possible. Mach Networks offers SD-WAN connection solutions to small businesses and enterprise branch offices across the nation. With the help of our customizable and scalable 4G LTE solutions, your distributed enterprise can easily manage both wired and wireless connectivity to maintain a highly available network, all the way out to the edge.
When your branch location needs immediate connectivity to your network, we have the solution. Our plans start at $75 a month and include a 4G LTE router, ECM, and VZW 5GB pooled service plan with static IP. Please note that a minimum of 10 units is required.


HBM3 has everything in place, only the standard is finalized
From the PC era to the mobile and AI era, the architecture of the chip has also moved from being CPU-centric to data-centric. The test brought by AI includes not only chip computing power, but also memory bandwidth. Even though the DDR and GDDR rates are relatively high, many AI algorithms and neural networks have repeatedly encountered memory bandwidth limitations. HBM, which focuses on large bandwidth, has become the preferred DRAM for high-performance chips such as data centers and HPC. plan.
At the moment, JEDEC has not yet given the final draft of the HBM3 standard, but the IP vendors participating in the standard formulation work have already made preparations. Not long ago, Rambus was the first to announce a memory subsystem that supports HBM3. Recently, Synopsys also announced the industry's first complete HBM3 IP and verification solution.
IP vendors go first
In June of this year, Taiwan Creative Electronics released an AI/HPC/network platform based on TSMC’s CoWoS technology, equipped with an HBM3 controller and PHY IP, with an I/O speed of up to 7.2Gbps. Creative Electronics is also applying for an interposer wiring patent, which supports zigzag wiring at any angle, and can split the HBM3 IP into two SoCs for use.
The complete HBM3 IP solution announced by Synopsys provides a controller, PHY and verification IP for a 2.5D multi-chip package system, claiming that designers can use memory with low power consumption and greater bandwidth in SoC. Synopsys’ DesignWare HBM3 controller and PHY IP are based on the chip-proven HBM2E IP, while the HBM3 PHY IP is based on the 5nm process. The rate per pin can reach 7200 Mbps, and the memory bandwidth can be increased to 921GB/s.
The above is only the data of single-layer HBM. After stacking 2 or 4 layers through 2.5D packaging, the memory bandwidth will be doubled. Take Nvidia’s A100 accelerator as an example. Nvidia’s first 80GB version uses a 4-layer HBM2 to achieve a bandwidth of 1.6TB/s. After that, a 5-layer HBM2E version was introduced to further increase the bandwidth to 2TB/s. And this kind of bandwidth performance can be achieved with only 2 layers of HBM3, and the configuration of the 4th and 5th layers is the existing memory specification on the far supermarket.
In addition, the logic + HBM method is not new. Many GPU and server chips have adopted similar designs. However, as fabs continue to make efforts in 2.5D packaging technology, the number of HBMs on a single chip is also increasing. For example, the TSMC CoWoS technology mentioned above can integrate more than 4 HBMs in the SoC chip. Nvidia's P100 integrates 4 HBM2s, and NEC's Sx-Aurora vector processor integrates 6 HBM2s.
Samsung is also developing the next-generation I-Cube 2.5D packaging technology. In addition to supporting the integration of 4 to 6 HBMs, it is also developing an I-Cube 8 solution with two logic chips + 8 HBMs. Similar 2.5D packaging technology and Intel's EMIB, but HBM is mainly used in its Agilex FPGA.
At present, Micron, Samsung, SK Hynix and other memory manufacturers are already following up this new DRAM standard. SoC designer Socionext has cooperated with Synopsys to introduce HBM3 in its multi-chip design, in addition to the x86 architecture that must be supported. , Arm’s Neoverse N2 platform has also planned to support HBM3, and SiFive’s RISC-V SoC has also added HBM3 IP. But even if JEDEC is not "stuck" and released the official HBM3 standard at the end of the year, we may have to wait until the second half of 2022 to see HBM3 related products available.
Everyone has seen HBM2/2E on many high-performance chips, especially data center applications, such as NVIDIA’s Tesla P100/V100, AMD’s Radeon Instinct MI25, Intel’s Nervana neural network processor, and Google’s TPU v2 and many more.
Consumer-level applications seem to be drifting away from HBM. In the past, AMD’s Radeon RxVega64/Vega 56 and Intel’s KabyLake-G used HBM’s graphics products, and even higher levels include Nvidia’s Quaddro GP100/GV100 and AMD. Professional graphics GPU like Radeon Pro WX.
Today these products all use GDDR DRAM. After all, there is no bandwidth bottleneck in consumer applications. On the contrary, the speed and cost are the most valued by chip manufacturers. However, HBM3 mentions the advantages of larger bandwidth and higher efficiency. Did not reduce costs.


Deputy Gorelkin announced a plan to speed up the Internet in Russia through new CDN servers
IN Russia intend to create national CDN servers (Content Delivery Network) to speed up the download of content on the Internet for residents of the country. This was stated by the deputy head of the committee State Duma for information policy, member “United Russia” Anton Gorelkinreports TASS.
CDN servers (Content Delivery Network) – a network of servers that services place in the networks of large Internet providers and at traffic exchange points in order to speed up the loading of website and application content.
“In connection with the sanctions, the processes of technical support for the server equipment of Western companies have stopped. Therefore, Russian companies have a favorable situation,” he said.
According to the deputy, the national CDN service “should not be another entity built for budget money.”
“Russian players in this market have enough capacity to compete with Google. We agreed that the model on the basis of which this interaction will be built will be formed by the Ministry of Digital Development,” Gorelkin added.


Name: CASL: Challenge And Smile Laboratories
Business: Global Business & Human Resource Development
Established: July 1, 2013
Founder & CEO: Tetsuro Mikami
2013.7 – Founder & CEO, CASL: Challenge And Smile Laboratories. http://www.casl.jp/
~ 2013 Vice President & Executive Officer, Hitachi Cable, Ltd.（Now Hitachi Metal, Ltd.)
•Promoted global business for its carrier Ethernet switch, so called APRESIA.
~ 2007 CEO, NTT Singapore & Regional CEO of NTT Asia Pacific.
•Tripled its revenue and reorganized whole operations to be profitable & sustainable.
~ 2004 Vice President, Global Business Division, NTT Communications
•Launched MPLS based Global IP VPN, so called Arcstar Global IP VPN, VoIP based wholesale business, so called NTT Clearinghouse and VoIP base conference service, so called Clear Conference.
•Lead global enterprise network engineering group to provide global one stop shopping.
•Served as a Board Member of US CLEC, Telligent Inc.
~ 1999 General Manager, Long Distance Division, NTT
•Lead multi vendor enterprise network integration business by creating multi vendor integration laboratory so called OSL: Open Systems Laboratory to evaluate new technologies such as FR/ATM and IP.
•Developed MOM: Manager of Manager so called Champion One which provide multi vendor network management by using object oriented software development technology. Champion One has similar concept with current SDN controller.
•Created carrier Ethernet and Data Center business concept AAN: All Area Network similar to Cloud Computing. AAN support thin client which is similar to current tablet terminal.
•Launched NTT’s first global private network GINS: Global Information Network Service which became the origin of commercial global network service, so called Arcstar Global Network.
~ 1991 Director, Business Development, NTT America
•Launched NTT’s first global Data Center in NY.
•Evaluate new technologies such as TDM/FR, network management system, video conference system, etc.
~ 1988 Manager, Europe & North America, Global Business Division, NTT
•Involved in carrier strategic alliance project which became to Global One and Concert.
~ 1986 Manager, Multi-media Terminal Equipment Development group, NTT
•Developed multi-media terminal for ISDN service.
~ 1984 Assistant Manager, Computer Technology group, NTT Data Communication Division (NTT DATA)
•Involved in NTT’ s mainframe computer, so called DIPS and mini computer so called mini DIPS.
•Involved in CAD/CAM architecture.
~ 1982 Researcher of Software Engineering in NTT’s Yokosuka Laboratory
~ 1980 Computer Engineer and participated X.25base Online System National Project for the Government in NTT Data Communication Division.
~ 1978 Trainee for one year
1977. 4 ~ Entered NTT: Nippon Telegraph & Telephone
Mr. Mikami received bachelor and master degree of Electrical Engineering from Yokohama National University. He is serving as a Chairman of the Alumni Association of the Electrical Engineering and Computer Science of YNU.


OptoSci provides a range of low noise photoreceivers for general laboratory use. Custom and OEM versions are also available.
The LNP2 photoreceiver family offers high gain and low noise equivalent power to guarantee a very high sensitivity front-end for optical systems and provides separate AC and DC coupled outputs. These characteristics ensure that the LNP2 photoreceivers are particularly suitable for experiments with low optical power levels, though they can be equally well employed for CW input optical powers up to 2mW. Other applications include direct detection, feedback control systems and lock-in detection.
Photoreceivers – Standard Features
- Transimpedance Gain adjustable from 103V/A to 108V/A
- Additional AC coupled Gain stage from 1 to 1000
- Separate AC and DC coupled output
- CW input power 0.75pW – 2mW
- Low NEP at maximum Gain
- Bandwidth from DC up to 1MHz
Customer specified photodiode options