What Is The Future Of Mobile App Development?
In 1993, the first commercially available mobile phone with a touchscreen and apps made its debut. IBS’s Simon could be considered the first smartphone. The world was on the cusp of a transformation.
Simon was intended as an assistant for people to become “totally computer functional” without having to race back to the office. Simon didn’t have any internet browsers but, thank god, it could send faxes. Simon came pre-loaded with apps, including a calculator, calendar, email, and to-do list builder, among other functions you can nostalgically browse in its user manual.
We’ve come a long way since the early 90s when just 12 million people had mobile phone subscriptions (that’s only 2.4 per 1,000 people). Today there are 3.5 billion smartphone users. Apps are slowly making their way into every corner of people’s lives as a more efficient, creative, exciting way to consume information and improve quality of life. It’s hard to imagine life without social media, email and calendar apps, gym and fitness apps, messenger and video call calls; the list goes on.
With technology like AR Portal bending reality and the Internet of Things on our doorstep, the exciting technological future we’ve always imagined is fast becoming reality. So what is the future of mobile app development? Here are some developments to look out for.
5G opens the door to a digitally driven world.
5G is the foundation on which so much of our modern-day app use relies. One hundred times faster than its predecessor, 4G, 5G allows its users to connect and transfer information at significantly higher volumes and speeds.
5G is set to change how people use mobile apps because of this reduced latency and improved data-sharing speed. Higher-resolution video, no buffering, massive data sharing and transfer, and faster download speeds all contribute to an entirely new digital world. 5G is paving the way for multi-user enterprise networks and digital ecosystems which use the Internet of Things, wearables, and mobile apps. It’s the platform that will facilitate all the further ideas we’ll discuss in this article.
AR and VR mobile app development for life, not just gaming.
AR and VR mobile app revenue is valued to reach £265 billion in 2024 with no sign of slowing down. Most peoples’ first memory of AR in the mainstream was Pokemon Go in 2016 which led some to spend more time outside than they had in recent years as they searched for Pokemon hidden in the real world via the Pokemon Go app.
But Augmented and Virtual reality goes much further than gaming. Companies are seeking ways to achieve even greater remote connectivity in a post-Covid world where working from home is much more accepted than before. Since 2021 the Metaverse has been steadily offering more functionality for remote workers to use headsets to step into virtual boardrooms or smartglasses that use augmented reality to bring objects into the room with them.
Virtual reality mobile app development and augmented reality mobile app development will pave the way for greater connectivity and more immersive experiences in all areas of life, from recruitment to real estate, healthcare, and education.
AI works hand-in-hand with human intelligence.
Machine learning and AI have made it possible for brands to collect invaluable data on past user behaviour, use highly granular predictive analysis, and automate targeted marketing to optimise ROI. These are just some of the fascinating ways even start-up businesses can leverage AI.
Enhanced security will feature heavily in the future of mobile app development across all kinds of industries from the perspective of AI. Biometric markers can improve security for financial businesses, helping to reduce fraud and protect sensitive data. Wearable devices will make payments even easier, and the potential for vitals monitoring in healthcare and nursing could be life-changing, where devices can learn and monitor unique individuals for irregularities.
Another fascinating area of artificial intelligence is second language learning, from essential connectivity like language learning in schools or self-taught languages for work to helping solo travellers feel safer and more confident exploring new countries. AI learning can help students go at their own pace and gain a true grasp of pronunciation and intonation.
The Internet of Things populates our homes.
Since the rise of mobile apps, we’ve grown accustomed to digesting information in various ways well outside the confines of the standard website format. The Internet of Things breaks the mould completely, offering the interactive functionality and interconnectivity of digitally-embedded hardware wherever possible.
Fridges, cars, lighting, lock systems—the Internet of Things (IoT) exists wherever there’s a function that can be integrated into an app to make life easier. The potential for the IoT is limitless, and as expectations increase and demand grows for mobile app development in 2023 and beyond, we can expect to see a lot more of what once seemed like science fiction.
Do you want to be a part of the future of mobile app development? Start with a discovery session with us to find out how. Take a look at some of our guides to help you get the most out of a mobile app development project.


Technical Stack Discoveries
Managing the RTC technical stack is multi-dimensional effort, spanning aspects such as coding & decoding, network transmission, architecture, security, quality assurance, etc.. As such, there are always unexpected challenges. In this session, experienced architects and developers will share the challenges they have encountered, and sharing insights on how to eliminate barriers during RTC develooment.
Cloud Services Economics
Real-time video and audio communications, microphone input mixing, and live broadcasting have extended from the entertainment industry to more verticals over the past year, becoming crucial tools many applications use to acquire, activate and monetize a customer base. In this session, representatives from social, gaming, live broadcasting, education, finance, AR, VR, AI and other industries will share their platform technology practices.
Web RTC Practices and Vision
Apple’s recent announcement of WebRTC support in iOS 11 and Safari 11 will boost momentum and adoption for communication technologies across mainstream browsers. How will WebRTC develop over the next year? What will be the relation between the RTC technology stack and WebRTC technology? Our speakers will share their thoughts.


4 edition of Conformance testing methodologies and architectures for OSI protocols found in the catalog.
Includes bibliographical references.
|Statement||[edited by] Richard J. Linn, M. Ümit Uyar.|
|Series||IEEE Computer Society Press|
|Contributions||Linn, Richard J., Uyar, M. Ümit.|
|LC Classifications||TK5105.55 .C66 1994|
|The Physical Object|
|Pagination||x, 527 p. :|
|Number of Pages||527|
|ISBN 10||0818653523, 0818653515|
|LC Control Number||93045664|
Information technology — Open Systems Interconnection — Conformance testing methodology and framework — Part 5: Requirements on test laboratories and clients for the conformance assessment process — Technical Corrigendum 1. (conformance) test suite A complete set of test cases possibly combined into nested test groups, that is needed to perform dynamic conformance testing for one or more OSI protocols. NOTE It should cover both capability testing and behaviour testing. It may be qualified by the adjectives: abstract or executable, as appropriate.
A conformance testing methodology and framework for OSI protocols already exists in ISO/IEC . The purpose of this ETR is to clarify whether and how the OSI framework could be extended to B-ISDN lower layers. The focus is on requirements for specific extensions to current testing methodology so that conformance. COSEM conformance testing – Object definition tables. IEC Electricity metering – Data exchange for meter reading, tariff and load control – Part Direct local data exchange. ITU-T X (11/) OSI conformance testing methodology and framework for protocol recommendations for ITU-T applications – General concepts.
recently developed a methodology which defines various architectures for protocol testing [Rayn 85). After defining the methodology and framework for specifying conformance test suites, it is hoped that test suites will be adopted for each of the OS1 protocols. Standardization Work on Testing Methodology. Interoperability Testing. The OSI Conformance Testing Methodology. OSI Conformance Testing Projects. PCO Problems. Test Documents for an Example Protocol. The EXPRO Protocol. EXPRO Test Suite Structure and Test Purposes. \/a>> # OSI conformance testing methodology and TTCN\/span.
Ross Perot and Third-Party Politics
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Cleaning Yourself Up
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Vanished with the rose.
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Materials on the techniques and processes for the resolution of disputes.
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Conformance Testing Methodologies for OSI Protocols Matthew Bush Matthew T. Bush: is a member of technical staff in the Network Management Systems Engineering Department of AT&T Bell Laboratories' Red Hill facility, Holmdel, New JerseyCited by: 3.
The methodology applies to testing conformance to the specification: of an OSI protocol; of a transfer syntax used in combination with a specific OSI protocol; of an OSI protocol profile, including the testing of conformance to any specified information objects used in combination with one or more of the protocols; of a combination of OSI Manufacturer: Multiple.
Distributed through American National Standards Institute. The issue of conformance testing is of particular importance in distributed systems where objects from different sources and manufacturers have to interwork.
We discuss the requirements of object Conformance testing methodologies and architectures for OSI protocols book testing and the relationship to established protocol conformance testing : Brigitte Bär, Kurt Geihs. This part of ISO/IEC defines an informal test notation, called the Tree and Tabular Combined Notation (TTCN), for OSI conformance test suites, which is independent of test methods, layers and protocols, and which reflects the abstract testing methodology defined in ISO/IEC and ISO/IEC It also specifies requirements and provides guidance for using TTCN in the specification of.
"Conformance Testing Methodologies and Architectures for OSI Protocols," (co-editor R.J. Linn), IEEE Computer Society Press, ISBN(this book is used as the text book for a graduate level telecommunications course at the CCNY).
Whereas in the conformance testing methodology and framework the focus is on testing protocol implementations, the generic architecture focuses on testing real distributed systems whose communication functions are implemented on different real systems and whose correctness can only be assessed when tested as a by: Conformance Testing Methodology and Framework The ISO/IEC multipart standard OSI Conformance Testing Methodology and Framework (CTMF)  provides proven concepts (yielding bene ts comparable to (design) patterns) for conformance testing of Open Systems Intercon-nection (OSI) protocol implementations.
Despite the OSI. Applicability of the test methods to OSI protocols and layers 8. Test suites Structure Abstract and executable test cases Base specification conformance testing specifications Profile Test Specifications (PTS) 9. Relationships between parts, concepts and. DLMS/COSEM Conformance Test Process “Yellow book”  DLMS UA Ed.
1, Amd. Amendment 1  DLMS UAV Data link layer test plan, Edition 2  DLMS UAV DLMS/COSEM conformance testing – Conformance test plans - Data link layer using HDLC protocol. DLMS User Association, EXCERPT FROM COSEM Architecture and Protocols, Fifth Edition - The attributes and methods of these COSEM objects can be accessed and used via the messaging services of the application layer.
- Conformance testing: see specification DLMS UA "COSEM Conformance Test Process". File Size: KB. Conformance testing of object-oriented software is often done in three stages: unit testing, to ensure that the individual methods of a class are properly defined over all possible object instances; component testing, to ensure that methods restricted to the component under test operate as specified by rules of how the component should behave.
Description An overview and a critical review of the Conformance Testing Methodology and Framework is provided by this book.
This standard, ISO/IECdescribes a methodology for testing implementations of Open System Interconnection (OSI) Edition: 1. This part of ISO/IEC defines an informal test notation, called the Tree and Tabular Combined Notation (TTCN), for OSI conformance test suites, which is independent of test methods, layers and protocols, and which reflects the abstract testing methodology defined in ISO/IEC and ISO/IEC It also specifies requirements and provides guidance for using TTCN in the specification of 5/5(1).
methods to implement them on the basis of a standard ISO tester architecture. Last but not least a road map is given on the conformance tests implemented for various vehicle communication protocols by C&S Group.
INTRODUCTION Networking nowadays is a standard technology applied in cars. There are various kinds of communication protocols applied,File Size: 1MB. Issues regarding multilayer test methods are still not completely resolved.
These issues are identified and alternatives to ISO's methods are explored. Application of the formal description techniques named ASN.1 and Estelle to multi-layer test systems is illustrated.
Concluding remarks summarize the status of current practice in conformance testing and status of evolving OSI testing standards. Conformance testing methodologies and architectures for OSI protocols. Los Alamitos, Calif.: IEEE Computer Society Press, © (OCoLC) Online version: Conformance testing methodologies and architectures for OSI protocols.
Los Alamitos, Calif.: IEEE Computer Society Press, © (OCoLC) Material Type: Internet resource. The methodology also applies to testing conformance to an International Standard or CCITT Recommendation that specifies a transfer syntax to the extent that can be determined by testing it in combination with a specific OSI contents of ISO/IEC are also, in principle, applicable to conformance testing for ISDN two-party.
Conformance testing methodologies and architectures for OSI protocols An optimization technique for protocol conformance test generation based on. Description An overview and a critical review of the Conformance Testing Methodology and Framework is provided by this book.
This standard, ISO/IECdescribes a methodology for testing implementations of Open System Interconnection (OSI) specifications. DLMS/COSEM Architecture and ProtocolsFile Size: 1MB.
The protocols tested include X and ISDN Q and Q for basic and primary rate interfaces. In order to standardize various efforts on conformance testing, the ISO and the CCITT have developed principles to specify abstract and executable test suites, and methodologies to design testbed architectures.The OSI conformance testing procedure is defined in the interna-tional ISO/IEC standard Conformance Testing Methodology and Framework (CTMF) .
CTMF consists of seven parts and covers the following aspects: concepts (part 1), test suite specifi-cation and test system architectures (part 2), test notation (part 3).The methodology applies to testing conformance to the specification: of an OSI protocol; of a transfer syntax used in combination with a specific OSI protocol; of an OSI protocol profile, including the testing of conformance to any specified information objects used in combination with one or more of the protocols; of a combination of OSI.


Dish is launching a new service today called Sling TV that will make live cable TV available in a subscription-based package for over-the-top viewing. The service, which will cost just $20 a month, is designed to appeal to the throngs of broadband users who for whatever reason don’t want to pay for a big cable package.
Twenty years ago, Charlie Ergen took on the cable industry with the launch of his first satellite to beam a bundle of channels into the homes of consumers who either didn’t want or couldn’t get cable. That spawned the introduction of Dish Network and the broader satellite TV industry as an alternative to the terrestrial cable providers.
Now it’s two decades later and there’s a whole new group of people who don’t subscribe to cable that Dish thinks it can serve. These so-called cord cutters have spent the last few years getting their video…
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The Lotus had a LCD screen with BMS info. There was a lot of info on cell level about temperture and voltage level. The Tesla Model S doesn’t inform the driver with any information about the battery other than de SOC (state of charge). To get to this information you have to access the CAN-bus and read the CAN messages. To do so you need to find the diagnostic connector which is behind the shelf just beneath the main screen.
Tesla uses a proprietary connector instead of the standard OBD-II connector. Most diagnostic interfaces come with the OBD-II connector so an adapter cable is needed.
To see the CAN-bus info you need software that is capable of translating the Tesla CAN messages. You can use Scan My Tesla for Android or TM-Spy for Apple. Since I have an Android Phone I went for Scan My Tesla and bought a OBDLink MX ABD-II adapter.


Registration Server Settings¶
Registration Server Settings can be changed in the Administration Console, via the Server Management -> Registration Server Settings page.
These settings are split up into several categories, which are listed below (in alphabetical order).
You can define a minimum password length to be used by a user. The default value is 8 characters. This parameter will only be checked by the API, since the Clients only send an MD5 hash of the password, which can not be checked on server side. A password complexity check is not implemented at the moment.
You can define a minimum username length to be used by a user. The default value is 5 characters.
These settings define how the Registration Server delivers outgoing email messages to an SMTP server (MTA).
The sender header can be defined to avoid spam classification (see sender field description in: http://en.wikipedia.org/wiki/Email#Header_fields). This is necessary in case that the invitations between the users don’t match to the domain which will be used by the registration server. If this value is empty, only the from header will be used.
This setting can be overridden by the provider setting
EMAIL/EMAIL_SENDER_EMAIL, to define a custom sender address on a
per-provider basis. See chapter EMAIL_SENDER_EMAIL for details.
As described in the SMTP protocol
there will be communication between the SMTP client on the registration server
and the SMTP server which will accept the email for delivery. To avoid spam
HELO command must match the servers
FQDN. If this
value is empty, the default hostname / IP address detection will be used which
127.0.0.1 instead of the hostname.
This is a security setting, since invitation mails can, potentially, also be used for spam mails from an user sent by your mail server. You can define how many mails the user can send per day. (-1 = unlimited, 0 = no mail)
The IP or DNS name of the SMTP server. It must be a SMTP server which can
sendmail requests without requiring any form of encryption
Timeout parameter in seconds for
A Provider will be identified by the IP address where an API request
originates from. If different Providers send requests coming from the same IP
address, this value must be changed to
True so that the Provider can be
set within the requests.
If you are using the Administration Console and have multiple providers using the Registration Server, this value must be set to True.
To detect “man in the middle” attacks when sending API requests to the Registration Server, a random “salt value” is generated during the initial installation. The sender must add this salt value to his request before calculating the MD5 hash value of the API request content which will be sent to the Registration Server.
The checksum will be included in the URL, so that the Registration Server can check if the content was modified during the transport.
This setting is read-only and can not be changed via the Administration Console.
See chapter API Basics for details.
A log file that tracks API requests issued by the Administration Console. This
file needs to be owned and writeable by the apache user. (default:
On startup and later on in intervals between 4 and 12 hours, the client will
ask for new
RegServerURLs using the balance call (if the value is empty,
RegServerURL is used instead).
If more than one URL is returned, the client uses a round robin algorithm to send the request to all different servers. The first URL in the list is the URL which must be always available. This will be used as a fallback URL, if the others in the list fail.
The time in seconds that Registration Server configuration options are cached.
Changes to the Registration Server or Provider setting will be reloaded after
The default poll interval for clients (in seconds) to look for new invitations on the Registration Server.
These settings are sent to all Clients after login. Settings specified for a Provider can override the values defined here.
This setting can be overridden by the provider setting
CLIENT/CLIENT_SETTINGS on a per-provider basis. See chapter
CLIENT_SETTINGS for details.
Select the existing Provider account that acts as the default Provider (this is usually the first provider created on the Registration Server).
For more information about the Provider concept, please refer to Provider Concept.
IP address or host name of the HTTP proxy server to be used for the Registration Server to Host Server communication.
TCP port of the HTTP proxy server to be used for Host Server requests.
Set to True if outgoing Host Server requests must be sent via a HTTP
proxy server. This requires setting
Invitations will be stored on the server for a specified period of time. The default is 30 days (2592000 seconds). After that duration the server will automatically delete older invitations. If the value is to 0, invitations will never be deleted. Deletions are carried out by the background task described here: “Delete Old Messages”-Task.
Within 14 days after the first registration, the client will send an invitation for each created Space to the registration server for devices the user may install in future. See Invitation for future devices for a detailed description.
Each new Client installation by a user will create a new device in the database. If the user were to get a new PC, it would be installed as a new device, but the first device will remain in the Registration Server database, even if the user no longer uses it. Invitations will only be sent to devices which were active within the defined period. Please notice, that the device active timestamp will only be updated once a day. So, the value should not be less than one day (86400 seconds). The default value is 96 days (8294400 seconds).
Optional load balancer URL. If empty
RegServerURL will be used.
In case of errors on the Client side, the user can submit a support request by
uploading its log files to the Registration Server. The archive of log files
and additional debug information will be sent to a PHP script
recommend keeping the existing URL since in general it will only be possible for
TeamDrive Systems GmbH to understand the log output.
If you want to set up your own log upload service, you could direct the URL to
your server. The
upload.php will insert the log reports into the database
which could be viewed in
Manage Clients / Download Client Log Files.
The name of the Master Registration Server in your TeamDrive Network.
Default URL of the Master Registration Server.
For TeamDrive 3 clients using the free version, the media URL is used to download new banners from the server, which are to be displayed.
With TeamDrive 4 banners are not longer supported.
It’s possible to send notifications to other Space members with the client.
The notification URL will be used to send these notifications.
Please use the same domain as in
For an inital connection or later on the online test, the client will ping the
PingURL. This will return a defined answer:
<?xml version='1.0' encoding='UTF-8' ?> <teamdrive> <intresult>0</intresult> </teamdrive>
back to the client, so that the client can check if he can reach the server,
or if there is a proxy or an other gateway which require additional steps
to get internet access. The
PingURL can be located on another server
and just requires a file
ping.xml with the above content.
Default should be the same domain as in
IP address or host name of the HTTP proxy to be used for outgoing HTTP requests.
TCP Port of the HTTP proxy server to be used for outgoing HTTP requests.
This URL will be used by the client to open web pages in response to clicks within the client.
The client will add different parameters to the URL, so that the same URL can
be used to call different pages. The
RedirectorURL will not open the
expected target page directly, it will redirect the call to the right target
Therefore it’s possible to change the URLs later in the admin console without changing the client. There are different target pages defined:
ProviderInfoURL: Info page about available provider codes
ForumURL: A link to a forum
TutorialURL: Link to tutorials
HelpURL: Link to a general help page
FAQURL: Link to FAQs
TDPSOrderURL: Link to buy a license for a TDPS
LicensePurchaseURL: Buy client licenses
DownloadURL: A link to your client download page
ReferralURL: User invite user referral URL
These links could be changed using the admin console in the global settings for all provider or for each provider individual in the Provider settings (see Provider Settings).
Optional Reg Server API URL, used by the Administration Console (e.g.
http://regserver.yourdomain.com/pbas/td2as/api/api.htm). Must be set, if HTTPS
should be used for API communication or if a dedicated API server is used. If
empty, it will be derived from
The name of your Registration Server which should be defined together with TeamDrive Systems GmbH. The name must be unique within the TDNS network, and it can not be changed later on without reinstalling all clients.
This is the main URL which will be used by the Clients to register and interact with the Registration Server. This URL must always be reachable by the Clients to offer the services. If the URL is no longer valid the Clients have no possibility to reach the server again.
Location of various server log files that can be viewed from within the Administration Console via Server Management -> View Server Logs. For security reason this setting can only be changed directly in the database to avoid unauthorized access to other than the allowed log files.
Timezone used for date functions in the Adminstration Console. Please ensure
that the timezone is valid (see
/usr/share/zoneinfo/ for available time
zone information)! (default:
Enables backward compatibility with TeamDrive 2 clients.
Each client registration will store the IP address which was used to register the client. In case of a hacked account, it may be possible to identify the source of the request. The default is 2592000 seconds (30 days) after which the IP will be removed. Other possible values are -1 (never store the value) or 0 (never delete it). All values greater than zero will be taken as seconds. The Delete Client IPs auto task as described in “Delete Client IPs”-Task must be enabled.
Each new Registration Server in the TDNS network will be added to the
TD2RegServerList” table and must be white listed manually. You can define
an automatic whitelisting of new servers using this field.
This value will be used to activate the TDNS integration of the RegServer, so
that the users of your Registration Server can invite users of other
Registration Servers which are registered in the TDNS network. Each
Provider on a Registration Server needs an own
TDNS-ServerID and a
TDNS-Checksum value which will be defined by TeamDrive Systems. Without
these values your server can not communicate with the TDNS. The two values
must be set when for adding a new Provider on the Registration Server
(see TDNS Settings).
URL used to access the TeamDrive Name Server (TDNS).
This is the location of the default email and HTML templates.
The Clients will call this URL to retrieve update notifications about newer versions. For TeamDrive 3 clients the server will return a HTML file with update information which is then displayed in the client. For TeamDrive 4 clients only the new version number will be transferred. Upon clicking update in both client versions, the client will open a browser and direct the user to your download page. The update notification can be configured using the admin console (see Administrative Guide).
Set to True if outgoing requests must be sent via a HTTP proxy server.
This requires setting
ProxyPort as well. Note that Host
Server access uses different proxy settings (see
Whether the user email must be unique so that not two different accounts could use the same email.
This value is only valid per Registration Server. Duplicate emails within the TDNS network on a second Registration Server are allowed.
$false if usernames should be case sensitive. By default usernames
are case insensitive. Since case-sensitive usernames can be a security risk,
this is the recommended setting.
These settings allow to enforce some security related restrictions on the Administration Console.
The number of failed login attempts to a particular account within
LoginMaxInterval before further login attempts are subjected to a delay.
Time interval used by
LoginMaxAttempts, in minutes. (default:
Period of idle time before you need to log in to the Administration Console
again, in minutes. (default:
Log security events to a local syslog, rather than
The maximum number of search results that will be shown for any given request (0 == unlimited)
If set to a non-zero value, this is the maximum number of user records that
can be viewed within the interval defined by
The time interval that
UserRecordLimit applies to.


Here we show you how to fix mobile data not working on OnePlus Nord 2? How to fix network issues on OnePlus Nord 2? Without proper Internet, you can not install games, songs, browse the internet, you can’t use social media, can’t pay any bills, and many others. Some users report that my mobile data is on but not working, what can I do? You can find the solution to this problem by reading the entire tutorial.
How to Fix Network and Connectivity issue on the OnePlus Nord 2
Check out the given solutions to fix mobile data not working on OnePlus Nord 2.
Solution 1: Restart your OnePlus
Step 1: Tap and hold the power button on the device and tap on Restart.
Step 2: Wait for a few moments for the device to restart the system.
Solution 2: Turn On and Off Airplane Mode
Step 1: Pull down the Control Panel.
Step 2: Press on Airplane mode for turn on or off.
Solution 3: Check for the Network Settings
Click on Settings app > Network & internet > Mobile network > Advanced > Tap on the automatically select network. Enable it.
Solution 4: Turn Off the Roaming Option
Touch on Settings app > Network & internet > Mobile network > Turn off roaming option
Solution 5: Re-insert Your SIM Card
Step 1: Make sure that your OnePlus is Powered off.
Step 2: Open the SIM card drawer on the bottom of the device with the Removal Tool.
Step 3: Take the SIM card drawer out of the OnePlus Nord 2 5G.
Step 4: Place SIM in the SIM card slot.
Step 5: Reinsert the SIM card tray into the OnePlus Nord 2.
Check Also: How to Use Nearby Share on OnePlus Nord 2
Solution 6: Check Mobile Data Limit
If you reach the mobile data limit, you can’t access the internet on your OnePlus Nord.
Click on the Settings app > SIM card & mobile data> Data usage > Mobile data limit > Check the data limit
Solution 7: Reset Network Settings
Choose Settings icon > System > Reset > Reset Wi-Fi, mobile & Bluetooth > Reset settings > Again tap on Reset settings.
If you have any queries regarding mobile data not working, tell us in the below comment box.


The global race to install next-generation 5G mobile networks is already underway and will be one of the most geopolitically significant technology projects ever undertaken. 5G’s high data speeds and other revolutionary features will make economy-changing technology applications such as driverless cars, smart cities, and advanced factory automation feasible on a commercial scale for the first time.
To a much greater extent than the deployment of 4G, 5G timelines will also be influenced by political and national security concerns, which will likewise vary from market to market. This is because unlike previous generations of mobile data networks, which were built with consumer voice and data services in mind, 5G will also dramatically expand the capabilities of mobile data networks by enabling new types of machine-to-machine communication.
Although early 5G commercial offerings will target smartphone users who want better video download speeds, the truly revolutionary aspect of 5G networks will be their high-capacity and ultra-low-latency features. These capabilities will for the first time allow industrial-scale deployments of autonomous vehicles, factory automation, and other technologies that require large numbers of devices to remain in near-instantaneous communication across a wide area. By serving as a foundation for the next phase of the digital revolution, 5G will not just offer a quantitative improvement over previous technologies via higher speeds, but it will be qualitatively different from earlier data networks in terms of the innovation that it enables.
That has put 5G at the center of an escalating trade and technology confrontation between the US and China, the world’s leading technology superpowers. Both increasingly view control of the next wave of advanced technologies and related applications such as driverless cars, smart cities, and advanced factory automation as an urgent matter of economic and national security.APSC Notes brings Prelims and Mains programs for APSC Prelims and APSC Mains Exam preparation. Various Programs initiated by APSC Notes are as follows:-
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VoIP or Cell Phone calls?
The several evolution phases that have been witnessed in the phone technology industry has provided consumers with different phone technology options. We started out with the use of landline systems, and then moved on to the use of cell phones, and now, present trends have witnessed the use of VoIP.
The bright side of this evolution is the fact that all three options of phone technology are still available to date. This piece will, therefore, be discussing majorly on the two latter phone options. It will be expatiating on cell phones and the VoIP option, to help you understand each, and find a better suiting approach to phone services.
Cellular Phone Service
First on the list is the Cellular phone call technology. This is one technology that the majority of people will be more familiar with. This option transmits a call from the caller’s mobile device to a nearby cell tower. So, the system survives on the widespread coverage of cell towers.
The technology is popular among users because of its high rate mobility, wide reach, and accessibility. The connection options available to the technology 3G, 4G, 4G LTE, and now 5G, and the strength of connection and width of reach varies across network providers. Below are the several pros of using cell phones.
- Accessibility: with Cell phones, users are at liberty to make and receive calls from anywhere, across long distances.
- Unified Communication: The cell phone system aids the easy management of communication. This is true as it connects all forms of communication to one ID, in such a way that all communications mediums that you use via your cell phone will be tied to the same number.
- Cell phones are not digitally integrated: cell phones have difficulties in integrating with other apps or devices. For example, they don’t have native integration with apps like Amazon Alexa, and Siri.
- Cost of running cell phones: Using cell phones can be very expensive. Although considering factors like the option of cell phone model, and the providers, the cost varies. But on the average, the monthly cost of running your cell phone(smartphone) will amount to about $1,000. Which is relatively expensive.
The VoIP Phone Service
VoIP¹ is an acronym for “voice over internet protocol”. It is a new trend that proffers a technical method of transmitting calls over the internet. The system is quite flexible, and can be executed using several platforms like Skype, Viber, Signal and countless others. It runs on network data plans as against cell phone calls, and this makes it a cheaper option.
The VoIP service, like the cell phone service, relies on network providers and so can vary in audio quality of calls seeing that its underlying technology is software-based.
In comparison to cell phones, VoIP does better. It can provide the same calling experience as a cell phone, and it offers more and better features, and even costs less.
VoIP Price Comparisons.²
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When you build a distributed system it is difficult to design good transaction guarantee mechanism. If your communication is asynchronous, you communicate with remote services using some messaging system. I guess you already know that network is not reliable, so your message can be lost. To guarantee message delivery you have to resend it when confirmation is missing. There are solutions to guarantee idempotence for the service receiving data. What I want to share is my idea how to make sending e-mail service as close as possible to the idempotence solution.
The problem I am trying to solve is how to avoid multiple send of the same e-mail to a user. You cannot build distributed transaction at SMTP layer level, especially if you are communicating with external SMTP server. An exception in your application can appear after sending an e-mail to SMTP server, but before you store that fact in your database. It means you can lose information about successful communication with your SMTP server.
There is a fallback mechanism in SMTP – server sends e-mail to the sender when message could not be delivered successfully. Unfortunately there is no message when message was successfully sent. The idea I have is simple – use BCC (Blind carbon copy). When you are sending e-mail just add BCC in e-mail assigned to your dedicated e-mail address (service account). It means that you should receive an e-mail copy of successfully sent message. When your application crashes just after sending e-mail to SMTP server, you will not lose information that e-mail was sent successfully.
NOTE! There is a lot of other issues to be solved anyway, but the mechanism described here would increase the confidence that an e-mail was sent.


|Grid Micro operates our building and infrastructure giving us total control over the services and environment we provide. We have over 40 years of combined experience managing global networks, Information Technology systems & Cloud Server services. Our facility was built to exceed the highest standards in up-time and security. Our staff have the expertise to help your business take advantage of all the Information Technology infrastructure systems have to offer.
Housing Information Technology infrastructure can be challenging for most businesses.Whether your organization is large or small, your data is important to your business success. Our colocation and rackspace services are an affordable and reliable alternative to storing your servers in-house.
At Grid Micro we provide a secure environment to house your IT infrastructure and equipment. We simplify the task of protecting your data and valuable IT assets so you can focus on your core business.
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A traditional DVR security system will simultaneously record multiple channels of security cameras at once, up to 16 channels per DVR. We install both network and digital surveillance systems that allow you to view the feeds via PC, smart phones and other devices, and, even better, some digital systems are now available in HD via SDI-HD platforms. This means optimal security for your property at all hours of every day. Call to get a free estimate for your property!
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Hybrid DVR Security Systems
The traditional DVR security system that’s been around for the last 20 years or so has been able to record CCTV feeds, but we are now able to offer hybrid DVR systems that can also incorporate both IP and megapixel technology as well. Hybrid DVR security systems offer different sizes in storage capacity, record resolution, display resolutions and connection types.
There are many different qualities of each, and some will not give you the same protection and service as others. Let our surveillance security systems technicians help you figure out which will do what you’re looking for, contact us to set up your free consultation!
Many business surveillance systems include multiple types of cameras, for instance they may have CCTV cameras set up in obvious locations, and have some higher-technology IP or megapixel cameras set up in key areas to monitor secure spaces, etc. If yours is one of them, contact us to get a consultation on a hybrid DVR security system to handle its video recording.
If your surveillance cameras currently are operating with only one type of camera, you may be interested in installing others that might enhance the system’s performance. Either way, our staff will happily answer your questions in terms of DVR surveillance cameras and video recording to help you get set up with the optimum technology for your property.
Network Video Recorder Systems
A network video recorder system, or NVR, is generally used for IP security camera systems, and is a standalone unit. NVRs can be based in either Linux or Windows, and offers similar features to that of the DVR surveillance system. We can install a network video recorder for your property that can handle up to 32 channels, complete with in-unit storage, playback, live viewing and remote viewing from web-based applications.
As with DVR surveillance camera systems, there are also hybrid NVR systems that allow flexibility to mix and match analog and IP cameras on your specific needs. Occasionally, more sophisticated surveillance applications will require custom-built software, but we can help you figure it out.
With over 50 years of combined experience under our belt, some of the highest certifications in the industry, and the capacity to handle any size job with our own fully professional staff — we never subcontract out — we are the clear choice when you’re looking to implement a surveillance system. Contact us to set up your free estimate and our staff will help you find the perfect system for your needs.
We offer all types of network and
DVR security systems
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We will install a DVR security system in Tampa, Clearwater, St Petersburg as well as surrounding cities.
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RIB Electronics Part 2
After looking at big ticket items – EPIRBs and Radar on your RIB, it’s now time for the smaller, but just as important items that should be on your RIB checklist, kicking off with VHF radios.
Even with our reliance on mobile phones, marine VHF radio is the best way of summoning help onboard your RIB – unlike mobile phone technology, it is possible to contact the coastguard up to 50 miles off-shore and talk to other yachts up to 15 to 20 miles on the open sea depending on conditions and your VHF set up.
If you use a marine VHF radio onboard your yacht you are required, by law, to hold a marine radio operator’s certificate. The Short Range Radio Certificate can be studied at hundreds of RYA approved schools in the UK and you can search for your local RYA centre here. It is also a legal requirement for VHF radios to be licensed.
The majority of fixed VHF sets sold today are Digital Selective Calling (DSC) enabled. DSC radios have the ability to alert another vessel or rescue centre directly and exclusively to the fact that you want to talk, before opening voice communications in the normal manner, on the normal channels. Most importantly, before putting out an urgent safety message you can digitally alert ‘all ship”. The benefits of digital selectivecalling can be found here in this guide to GMDSS and a DSC video guide is here:
So, what should you consider when looking to purchase a VHF radio for your RIB?
Power, reliability, price and integration are my top 4 things to look at, starting with power.
The power of VHF sets is measured in Watts and the higher the power the further the range, but more power out means more power is required in so shorter battery life for handhelds or non-recharging batteries on your RIB.All fixed sets have at least two power settings, 1W and 25W. Handhelds have various power levels, typically 2.5W to 5W as standard.
As you can see, there is a big difference in power and therefore range of handheld sets and fixed sets – for this reason, I’d recommend investing in a good fixed set (and antenna set up) and a handheld for your RIB’s grab bag if your budget allows.
Price wise, fixed VHF sets range in price from £80 to £500. As with most items, you get what you pay for and I’d recommend sticking to one of the two major manufacturers here and here – and budgeting for a quality antenna, mount and connectors for the set. These can make all the difference in range – as VHF is line of sight, it goes without saying that the higher you mount the antenna on your RIB, the better your range is likely to be, all other things being equal.
In terms of reliability, I’ve not heard of too many issues with fixed sets from the major manufacturers – if your budget will allow, try and get a set which meets IPX7 standards (waterproof to depth of 1m for 30min)as this will give you confidence that your VHF will cope with pretty much everything your RIB can put it through…
Handheld VHF sets come in waterproof and buoyant guises – I’d still opt for a low cost VHF waterproof bag though – these can be clipped on to your wet weather gear or lifejacket and will extend the life of your VHF set considerably..
Other things to consider are integration with AIS and your chartplotter. Stiicking to the same brands of kit can often help – but NMEA is the protocol designed to ensure your gadgets talk to one another.
Whichever kit you choose, don’t forget to charge your batteries the night before you head out and always carry out a radio check before you depart – some useful background info on using VHF radio is here.


Investing op amp equations with two
An op-amp amplifies the difference in voltage between this two input pins and provides the amplified output across its Vout or output pin. An operational amplifier (op amp) is an analog circuit block that takes a differential voltage input and produces a single-ended voltage output. When you scroll a bit further you'll find on page 10 that β = R1/R2 for the inverting circuit. You see: different circuit topologies. FOREX TRADER SALARY MALAYSIA
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News Difference between Inverting and Non-inverting Amplifier The term Op-Amp or operational amplifier is basically a voltage amplifying device.
|Ethereum architecture explained||In most cases, an inverting amplifier is most commonly used due to its features like low impedance, less gain, etc. However, the input is now applied at the non-inverting input. Create Basic Account. There is no limit to the number of different signal inputs can be added. Even with small voltage differentials, voltage comparators can drive the output to either the positive or negative rails. VOUT can be calculated with Equation 4 :.|
|Car dash camera front and rear||In an operational amplifier, negative feedback is implemented by feeding a portion of the output signal through an external feedback resistor and back to the inverting input see Figure 3. A Plus account is required to perform this action. Both of these topologies are closed-loop meaning that there is feedback from the output back to the input terminalsand thus voltage gain is set by a ratio of the two resistors. Op amps with a higher BW have improved performance because they maintain higher gains at higher frequencies; however, this higher source results in larger power consumption or increased cost. An operational amplifier voltage comparator compares voltage inputs, and drives the output to the supply rail of whichever input is higher. Whereas in the non-inverting amplifier, the inverting terminal of the op-amp is grounded.|
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|Bitcoin depot stock||In typical cases value from 4. Current amplifiers receive a current input and produce a current output. When high gain requires and we should ensure high impedance in the input, we must increase the value of feedback resistors. Power consumption can also be estimated from the product of the supply current and supply voltage. Forgot Password.|
|Investing op amp equations with two||An operational amplifier op amp is an analog circuit block that takes a differential voltage input and produces a single-ended voltage output. VOUT can be calculated with Equation 4 :. Latest activity 5 days ago. Op-amp Gain calculator can be used to calculate the gain of an inverting op-amp. The gain of the non-inverting amplifier circuit for the operational amplifier is easy to determine.|
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|Online sports betting sites in uganda africa||The most common op amp used in electronic devices are voltage amplifiers, which increase the output voltage magnitude. One should also consider the power consumption, as certain applications may require low-power operation. The R2 Resistor is the signal input resistor, and the R1 resistor is the feedback resistor. This R2 has a relationship with closed loop gain and the gain can be set by the ratio of the external resistors used as feedback. As the non-inverting input of the operational amplifier is held at ground potential this means that the inverting input must be virtually at earth potential.|
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|Investing op amp equations with two||In the above circuit, only one feedback resistor is used. Inverting Op Amp Equation Example 1. Already have an account? One important application of inverting op-amp is summing amplifier or virtual earth mixer. The type of feedback used in this amplifier is voltage series or negative feedback. As against, the gain of the non-inverting amplifier is the summation of 1 and the ratio of the resistances. Firstly, choose an op amp that can support your expected operating voltage range.|
|Pyad investing advice||The input resistor R2 which has a resistance value 1K ohms and the feedback resistor R1 has a resistance value of 10k ohms. Operational amplifiers work to amplify the voltage differential between the inputs, which is useful for a variety of https://football1xbet.website/ethereum-max-coins-limit/1635-nottingham-forest-v-leeds-betting-expert-foot.php functions including signal chain, power, and control applications. Due to some of the key parameters discussed earlier, the designer must understand how those parameters play into their design, which typically means the designer must have a moderate to high level of analog design experience. Don't have an account? Negative Feedback and Closed-Loop Gain In an operational amplifier, negative feedback is implemented by feeding a portion of the output signal through an external feedback resistor and back to the inverting input see Figure 3.|
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Inverting Op Amp Inverting Op Amp The inverting op amp is an amplifier that produces a gain with the opposite phase as the input. In other words, the output is the opposite polarity of the input. If the input is positive, then the output of the inverting op amp will be negative. If the input is negative, then the output will be positive.
Op amps generally come in the form of an integrated circuit , or chip. What differentiates the inverting op amp from other op amp circuits is the configuration of the inputs and negative feedback loop. It strongly resembles the non-inverting op amp with the input and ground configurations exchanged. As with other op amp circuits, the functionality of the inverting op amp is determined by how the op amp is used in the circuit.
This includes the input configuration, feedback loop, and resistor values. In this article we will cover the essentials of the inverting op amp. We will analyze the inverting op amp circuit and derive the formulas for gain and output.
What is An Inverting Op Amp? An inverting op amp is a type of amplifier that uses an op amp to invert the input the signal. This means that the polarity of the output will always be opposite that of the input.
This is represented by the negative sign in the gain formula, which we will derive below. The inverting op amp is a quintessential example of an op amp circuit. Op amps can be used in many configurations in order to create circuits with different functionalities.
Like most op amp circuits, the inverting op amp uses a negative feedback loop that connects the output to the inverting input. This feedback circuit forces the differential input voltage to almost zero. The voltage potential across inverting input is the same as the voltage potential of non-inverting input.
So, across the non-inverting input, a Virtual Earth summing point is created, which is in the same potential as the ground or Earth. The op-amp will act as a differential amplifier. So, In case of inverting op-amp, there are no current flows into the input terminal, also the input Voltage is equal to the feedback voltage across two resistors as they both share one common virtual ground source.
Due to the virtual ground, the input resistance of the op-amp is equal to the input resistor of the op-amp which is R2. This R2 has a relationship with closed loop gain and the gain can be set by the ratio of the external resistors used as feedback.
As there are no current flow in the input terminal and the differential input voltage is zero, We can calculate the closed loop gain of op amp. Learn more about Op-amp consturction and its working by following the link. Gain of Inverting Op-amp In the above image, two resistors R2 and R1 are shown, which are the voltage divider feedback resistors used along with inverting op-amp. R1 is the Feedback resistor Rf and R2 is the input resistor Rin.
Op-amp Gain calculator can be used to calculate the gain of an inverting op-amp. Practical Example of Inverting Amplifier In the above image, an op-amp configuration is shown, where two feedback resistors are providing necessary feedback in the op-amp. The resistor R2 which is the input resistor and R1 is the feedback resistor.
The input resistor R2 which has a resistance value 1K ohms and the feedback resistor R1 has a resistance value of 10k ohms. We will calculate the inverting gain of the op-amp. The feedback is provided in the negative terminal and the positive terminal is connected with ground.
Now, if we increase the gain of the op-amp to times, what will be the feedback resistor value if the input resistor will be the same? As the lower value of the resistance lowers the input impedance and create a load to the input signal. In typical cases value from 4. When high gain requires and we should ensure high impedance in the input, we must increase the value of feedback resistors.
But it is also not advisable to use very high-value resistor across Rf. Higher feedback resistor provides unstable gain margin and cannot be an viable choice for limited bandwidth related operations. Typical value k or little more than that is used in the feedback resistor.
We also need to check the bandwidth of the op-amp circuit for the reliable operation at high gain. One important application of inverting op-amp is summing amplifier or virtual earth mixer. An inverting amplifiers input is virtually at earth potential which provides an excellent mixer related application in audio mixing related work. As we can see different signals are added together across the negative terminal using different input resistors.
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Website monitoring service can check various types of protocol such as HTTP pages, HTTPS, FTP, SMTPPOP3, IMAP, SSH,TELNET, SSL,TCP,PING, SSL Certificate Expiry, Domain Name Expiry and a range of other ports for every minute in a duration of four hours. Generally, most of the website monitoring services check your server between once-per hour to once-per-minute.
Website monitoring also checks functions such as credit card payment processing gateways and advertising networks.
Website monitoring service also detects failures in the Internet services of your system.
Through website monitoring we can track the Internet conditions around the globe from time to time. By tracking such conditions in real-time we can identify various regions in which there are greatest visitors accessing the website and places that have slowest web connections and areas with most web traffic on the internet.


Printed Electronics (PE) stands for a revolutionary new type of electronics, which are thin, lightweight, flexible, robust and produced at low cost. Hybrid systems integrate elements of Silicon electronics, adding computing power to large-area PE. These characteristics enable new applications in various industries, e.g., automotive, consumer electronics, and healthcare.
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Ozeki Sms Server Service
Kylix SMS Server is a SMS service software specially designed to add SMS functions to other software products. With this software, you can easily incorporate the SMS functions into your software. There is absolutely no need for you to understand the principal of SMS, the development of SMS...
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Diafaan SMS Server is a powerful and easy to use SMS gateway for 3G/GSM modems and SMPP SMS providers. It is designed for professional users, looking for an easy way to integrate two-way SMS into their IT system.
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VisualGSM Lite SMS Server allows personalized broadcast of text/flash SMS messages using GSM modems or compatible GSM mobile phones via serial data cable or infrared link.
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m:science SMS Server integrates with your systems, applications and SMTP compatible email system including Microsoft Exchange Server, Lotus Notes/Domino and Novell GroupWise for 2-way sms text messaging to mobile phones. Developer tools are available for you to add 2 way SMS capability to your...
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SMS Gateway is a powerful, flexible application, that enables you to send/receive SMS messages to mobile devices with your computer. It has an easy to use user interface, and an excellent internal architecture. The application can use a GSM mobile phone attached to the PC with a phone-to-PC data...
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GSM PC-to-phone SMS Server software to send and receive SMS messages.This two-way text messaging solution helps the developers, who want to add SMS functionality to their application (SQL-SMS gateway, SMS-File gateway) It is included PHP, ASP support, Delphi component and Excel & Wclient . Easy...
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Diafaan SMS Server makes it easy to send and receive SMS messages from and to an SQL database. Simply attach a GSM modem to you server or set up a Clickatell SMS account, use a wizard to add the SMS gateway in the software and select the appropriate tables from your database or let Diafaan SMS...
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Web SMS Server is a complete Bulk SMS Solution for a small, medium or large company. The web application able to handle multilevel user accounts and provide user friendly interface to send Normal text SMS and Unicode SMS (Arabic, Chinese, Thai ?)
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Do you wish to offer stable SMS subscription service to subscribers in Joomla?The best solution is if you implement Ozeki SMS module that ensures a reliable and impressive SMS system based on Ozeki NG SMS Gateway. With this module clients and visitors can easily subscribe to your SMS contents and...
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AARSOL SMS Server specially designed to send unlimited messages from pc to mobiles. You can send Text SMS, Visiting Cards, Calendar Events and Bulk SMS.
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Net::SMS::Clickatell is Perl module access to Clickatell SMS messaging service. SYNOPSIS use Net::SMS::Clickatell; my $catell = Net::SMS::Clickatell->new( API_ID => $api_id ); $catell->auth( USER => $user, PASSWD => $passwd ); $catell->sendmsg( TO => $mobile_phone, MSG => Hi, Im using...
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Stand-alone SMS software that gives you the power to create your own SMS gateway, SMS server or SMS router, and also run and distribute various SMS events and services, such as SMS Voting, SMS TV Chat, SMS Info, SMS Survey, SMS Quiz, etc.
SMS Studio is capable of using various SMS protocols...
Platforms: DOS, OS/2, BeOS, Palm OS, Windows, Mac, *nix, Windows CE
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There are many useful features of Ozeki SMS Wall. These features help to manage the presented information and store historical data for later use. The most important of these are the following: Unwanted messages can be deleted from the wall any time. The sender phone number of incoming messages...
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Do you want to provide useful information for your customers?- SMS Newsletter is a perfect solution for it.How can you manage to create connection fast and easily with your clients?- Implement an SMS Newsletter component and module through Ozeki NG SMS Gateway.With this component and module your...
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Stand-alone SMS software solutions, including SMS Gateway, SMS Server and SMS Router, for creating various events and services such as SMS Voting, SMS TV chat, SMS Info, SMS Survey, SMS Quiz, etc.SMS Studio is capable of using various SMS protocols (SMPP, HTTP, ODBC, GSM AT, Nokia FBUS, etc.) for...
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Sending and receiving of SMS from/to various applications over LAN and internet, setting of SMS text and recipient groups for various events, data exchange with other applications over shared database, logging all activities, examples of web and desktop client for editing of the SMS text and...
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SureAliveD is an effective LVS (Linux Virtual Server) service tester. It is based on epoll and allows you to detect your hosts' state using HTTP, TCP, DNS, exec, and a universal LUA embedded tester. SSL is also supported. Testers are dynamic modules, and you can extend and write your own modules....
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A Developer's Life gives you easy access to the content published on the A Developer's Life blog. A Developer's Life provides information on developing solutions using Microsoft Visual Studio, Team Foundation Server/Service, and other development tools. Other areas of technology are also covered...
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MTS Belarus, a leading wireless operator in the region, has signed an agreement with START for delivery of iOSS.CM solution. START iOSS.CM will allow MTS Belarus to control 100% of radio network parameters in the multi-vendor and multi-technology environment, increasing market leadership and quality of services delivered to MTS Belarus subscribers.
Network development and operations data in the iOSS umbrella solution is now complemented by measurements from the testing market-leader Rohde & Schwarz via direct iOSS interface to the latest evolution of NQDI II suite. Compare infrastructure utilization data with real-life measurements, while viewing the network coverage, configuration and performing troubleshooting in the iOSS solution.


Allt du behöver veta om mobiltelefonsspårning: en omfattande
emergency beacon - Swedish translation – Linguee
· 2. With an opening to the world, he dispatched another SOS: He tethered the epirb to a line and tossed it What you need to know about EPIRBS (Emergency Position Indication Radio Beacon) A distress beacon can mean the difference between life and death. 618. Ref: EPIRB, Operation, Definition. D. After you activate your emergency position indicating radio beacon, you should ______. A. turn it off for five minutes EPIRB - PLB-VHF Radio Mandatory Use – Approved Sept.
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For my faithful non-sailing readers (thanks Mum) EPIRB stands for Emergency Position Indicating Radio Beacon. Purchase an ACR EPIRB and get a free OLAS MOB and 1 yr 406Link Subscription. Purchase ResQLink and get free 1 yr 406Link subscription. Purchase an AISLink and get a free ResQFlare. Video shows what EPIRB means. Emergency position indicating radio beacon.. EPIRB Meaning.
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rescueMe EPIRB1. VÄRLDENS MINSTA. AIS MOB,. rescueMe MOB1 ger bättre separation och definition av bilder, Nödsändare EPIRB - Kannad.
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But out on a bo 2013-06-09 New generation 8 Series EPIRBs from McMurdo with MEOSAR capability and compliance. The SmartFind G8 AIS EPIRB from McMurdo is the world's first EPIRB to feature AIS. This is a Category 1 EPIRB, meaning that the auto-housing deploys and activates the EPIRB when its submerged between 1 - 4 meters. The SmartFind G8 AIS EPIRB gives greater location accuracy by receiving GNSS coordinates … Translations in context of "radio beacons (EPIRBs" in English-Spanish from Reverso Context: Most aircrafts were equipped with 121.5 MHz ELTs (civil aircraft) and 243 MHz ELTs (military aircraft) and only two aircraft were registered with 406 MHz emergency position indication radio beacons (EPIRBs). Meaning of EPIRBs: plural of EPIRB This definition of the word EPIRBs is from the Wiktionary dictionary, where you can also find the etimology, other senses, synonyms, antonyms and examples.
The signal is received by the COSPAS SARSAT satellites. Jul 19, 2018 A PLB is very similar to an EPIRB (read our blog on EPIRBs here). or if your boat becomes damaged meaning your survival is at risk.
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EPIRBs transmit a 406 MHz distress signal that contains a unique 15 digit identification number to the Cospas-Sarsat Satellite System (which is a government run system so EPIRB registration is relative to every boat, meaning if you bring your EPIRB onto a chartered boat or buy a different boat, YOU WILL BE REQUIRED TO ADJUST THE EPIRB REGISTRATION. This avoids false alerts that could put rescue agencies and individuals into harm's way. Define Class II EPIRB. means a Class II emergency position indicating radiobeacon referred to in TP 4522, Performance Standard for 406 MHz Satellite Emergency Position Indicating Radiobea- con (EPIRB) Class I and II, issued by the Department of Transport, as amended from time to time; (RLS de classe II) EPIRBs and SARTs are both recognised as distress signals under the International Regulations for Preventing Collisions at Sea. The use of either one will mean that anyone detecting your signal should come and assist. Carrying both is an ideal scenario, but clearly there are cost implications for doing so.
Carrying both is an ideal scenario, but clearly there are cost implications for doing so. EPIRBs (Emergency Position Indicating Radio Beacons) and PLBs (Personal Locator Beacons) are some of the important safety equipment you should have on your boat. These electronics will send out an alert to rescue services if you are in danger on the water. An Emergency Position Indicating Radio Beacon (EPIRB) is a small electronic device that, when activated in an emergency, can help search and rescue authorities pinpoint your position.
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Sep 15, 2020 An Emergency Position Indicating Radio Beacon (EPIRB) is a type of meaning time is critical when an emergency arises especially when The frequency 121.5 MHz is used as the homing frequency for EPIRB s and MSLD s The A3X modulation must have a clearly defined carrier frequency distinct Online Courses · Free Boating Safety Course. The BoatUS Foundation offers the only FREE online boating safety course developed specifically for your state.
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In addition to these picture-only galleries, you An emergency position-indicating radiobeacon (EPIRB) is a type of emergency locator beacon, a portable battery powered radio transmitter used in emergencies to locate airplanes, vessels, and persons in distress and in need of immediate rescue. Emergency Position Indicating Radio Beacon (EPIRB) is a device to alert search and rescue services (SAR) in case of an emergency out at sea. It is tracking equipment that transmits a signal on a specified band to locate a lifeboat, life raft, ship or people in distress. An Emergency Position Indicating Radio Beacon or EPIRB is used to alert search and rescue services in the event of an emergency. It does this by transmitting a coded message via the free to use, multinational Cospas Sarsat network. A final Emergency Position Indicating Radio Beacon (EPIRB) signal was received from the ship at about 10:30 a.m.


Wi-Fi 6 hardware finally arrived on the market, and you will see more and more released in 2020. But people are already talking about something new: Wi-Fi 6E, which promises to reduce Wi-Fi bottlenecks even further.
Update: We originally wrote this article in January 2020. On April 23, 2020, the Federal Communications Commission chose to open the 6 GHz band for unauthorized use later this year, paving the way for Wi-Fi 6E in the US. Other countries haven’t made the same decision, so Wi-Fi 6E still faces regulatory obstacles in most of the world.
What Is Wi-Fi 6E?
Wi-Fi 6 and previous generations of Wi-Fi use 2.4 GHz and 5 GHz radio bands. “Wi-Fi 6E” devices are devices that are capable of operating on the 6 GHz band as well.
The 6 GHz spectrum must work with WiFi 6 over 5 GHz but offer additional channels that don’t overlap. As the Wi-Fi Alliance said, Wi-Fi 6E allows for “14 additional 80 MHz channels and 7 additional 160 MHz channels.” These channels will not overlap with each other, which will help reduce congestion, especially in areas where many networks operate.
All devices that communicate on the 6 GHz spectrum will also become Wi-Fi 6 devices. There will be no older devices using standards such as Wi-Fi 5 (802.11ac). All devices on the 6 GHz channel will speak the same language and can use the new Wi-Fi 6 jam removal feature.
In other words, Wi-Fi 6E is Wi-Fi 6 (also known as 802.11ax) over 6 GHz.
Wi-Fi 6E Is Waiting on Regulatory Agencies Outside the USA
If 6 GHz is very useful, why isn’t the existing Wi-Fi standard using it? Yeah, they can’t. The regulatory body does not allow Wi-Fi to use the 6 GHz band, instead ordering it for other purposes.
Back in October 2018, the US Federal Communications Commission proposed offering a 6 GHz spectrum for Wi-Fi and other “unlicensed” uses. That did not happen immediately, and Wi-Fi 6E began to take shape before regulatory approval. On April 23, 2020, the FCC chose to open the 6 GHz band to Wi-Fi 6E and other uses later this year, so the Wi-Fi 6E device was removed for launch in the US.
The pre-CES 2020 Wi-Fi Alliance announcement of Wi-Fi 6E recognizes this, referring to 6 GHz as “an important part of the unlicensed spectrum that may soon be provided by regulators around the world.” Pay attention to the word “maybe” and not the word “will” – it’s up to government regulators, not industry.
When Will Wi-Fi 6E Hardware Be Available?
The Wi-Fi Alliance also said that “the 6E Wi-Fi device is expected to be available quickly following the 6 GHz regulatory approval.” With the FCC vote, we will see more products announced and scheduled to be released.
This industry already looks excited for regulators to allow Wi-Fi 6. During CES 2020, Broadcom announced several system-on-a-chip products that can be purchased by router manufacturers to create access points that support Wi-Fi 6E.
Intel announced that it will have a 6E WI-Fi chip available in January 2021, so it seems that Wi-Fi 6E will begin to appear in 2021 and become more common towards 2022 – at least in the US.
However, despite all the excitement and interest, there is still no official schedule when regulators around the world will make the spectrum available for unauthorized use. Wi-Fi 6E does not have a definite release date in most countries.
Wi-Fi Over 6 GHz Requires New Devices
Wi-Fi 6E devices will be compatible with Wi-Fi 6 and previous Wi-Fi standards. But, to take advantage of the new 6 GHz channel on Wi-Fi 6E, you only need to use a device that supports it. In other words, Allll will only use Wi-Fi 6E after you have paired a client device that supports Wi-Fi 6E (such as a laptop or smartphone) and an access point that has Wi-Fi 6E enabled.
For example, even if you have many Wi-Fi 6 devices and routers that support Wi-Fi 6E, none of your devices communicate via Wi-FI 6E. They will all use Wi-Fi 6 on 5 GHz or 2.4 GHz channels.
Don’t Wait For Wi-Fi 6E…
In technology, there is always something new on the horizon. For Wi-Fi now, it’s Wi-Fi 6E.
Some Wi-Fi 6 devices, such as routers, laptops, smartphones, have already been sold. Many more will be released throughout 2020. Wi-Fi 6 is not an extreme upgrade in terms of speed, but will lead to faster Wi-Fi along with less wireless jams and possibly even extending battery life for your device.
Meanwhile, Wi-Fi 6E isn’t here yet. There is no definite time limit for when regulations will be changed in most countries and manufacturers have not announced when products with Wi-Fi 6E will be available. Even after you can buy a device that supports Wi-Fi 6E, the main benefit will be to reduce congestion through additional wireless channels. That is a great long-term goal, but we don’t think it’s worth doing if you are thinking of upgrading to Wi-Fi 6 gear.
…But Don’t Rush to Buy Wi-Fi 6, Either
Of course, you don’t necessarily need to run out and buy a new Wi-Fi 6-enabled router today. Most of the devices you have likely don’t support Wi-Fi 6 yet.
For example, Apple’s iPhone 11 model does support Wi-Fi 6, but the old iPhone model doesn’t. Even Apple’s new MacBook Pro models released in late 2019 do not include Wi-Fi support 6. New advanced Samsung phones such as the Galaxy S10 have Wi-Fi 6 hardware, but most Android phones don’t. Only a handful of laptop PCs that support Wi-Fi 6. This is very early for Wi-Fi 6.
There is a good chance that, over the next few years, the new device that you buy will increasingly have Wi-Fi 6. But you might not get Wi-Fi 6E on that device – only Wi-Fi 6. It’s OK. Wi-Fi 6E sounds good, but it’s not here yet.
Note that the 6 GHz band for Wi-Fi 6E is different from the 60 GHz band, which will be utilized by WiGig. 6 GHz Wi-Fi 6E will work together with 5 GHz Wi-Fi, while WiGig is ideal for faster data transfer speeds at shorter distances.


Put those cables away, because iHome is proud to present the iBN350, the first alarm clock featuring an integrated Qi conductive charging platform. See how easy it is to wirelessly charge compatible devices like the Samsung Galaxy S7 and other popular Android smartphones, simply by laying your phone on top of the clock's built-in platform.
The iBN350 also employs NFC (Near Field Communication) technology, which instantly connects NFC-enabled devices with Bluetooth so you can stream your favorite playlists via high-quality audio without skipping a beat. Plus, the iBN350 comes equipped with a microphone that lets you answer and end calls via the convenient speakerphone feature, so you can always stay connected.
This dual alarm clock is the perfect bedside unit for tech savvy smartphone users. It even includes an extra 1 amp USB port for charging another device, too! Learn more about this Qi wireless charging innovation, only at iHome.


TL;DR : Press the prefix key twice
In this short blog post, we'll explore how to send tmux commands to a remote session while working within a local tmux session using the same prefix key.
That is, you have a local tmux session, you have connected to a remote host via ssh within this tmux session and now you have opened a new tmux session within that.
This scenario creates a "nested" tmux session. To send commands to the remote tmux session without changing the prefix key, you simply need to press the prefix key twice.
For example, if
Ctrl + b is your prefix key, then press and hold
Ctrl and then quickly press
That should be it


This past week, mobile enthusiasts converged on Barcelona for theMobile World Congress(MWC), the largest exhibition of its kind.
Samsung came out swinging with the follow-up to its well-received Galaxy Tab. The 10.1-inch slate will be powered by Google's Android 3.0 operating system and will feature a dual-core CPU and two webcams. Customers will have a choice between 16GB and 32GB of storage.
At a special gathering in Barcelona a day before the Mobile World Congress kicked off, Sony demoed its highly anticipatedXperia Play, informally known as the "PlayStation Phone." A combination smartphone and portable gaming device, the Xperia Play will run Google's Android operating software and will be available from Verizon in April.
HTC announced two smartphones, each with a dedicated "Facebook button." According to the Associated Press, AT&T will carry both devices, which are called theHTC Salsa and the HTC ChaCha.
The Android-equippedHTC ChaCha, alongside the HTC Salsa, created a stir at its debut in Barcelona, primarily because of its "Facebook button."
LG wowed crowds with what is being called the first color 3D smartphone. The Optimus 3D will run Android 2.2 and will be available in sometime in Spring 2011.LG Optimus 3D users will be able to record their own 3D videos andupload them directly to YouTube.
Samsung unveiled its Galaxy S II smartphone, running Android 2.3 (Ginerbread) and sporting a 4.3-inch Super AMOLED Plus screen. The device is built around a dual-core processor and features two webcams. Samsung will also include an option to equip theGalaxy S IIwith Near Field Communication (NFC) technology.
Reportedly the first solar-powered device to run Google's Android OS, theUmeox Apollofeatures modest specs and will carry a price tag that won't break the bank.
This so-called "micro-display"reportedlysynches with "any Android phone." The next time you go for a bike ride or a long hike, you can access apps, emails and texts without bringing your phone with you.
Shortly before the Mobile World Congress, HP announced its WebOS tablet, theTouchPad. HP also brought the device to Barcelona, where MWC attendees tried it out for themselves. The device's key features include the 9.7-inch display, a 1.2-GHz dual-core SnapDragon processor from Qualcomm, 512 MB of RAM, a 1.3-megapixel front-facing camera for video calls, WiFi 802.11b/g/n, Bluetooth, 3.5 mm headphones jack, TouchStone dock compatibility, 16 or 32 GB of storage and a microUSB charger.
Motorola showed off itsXoom tablet, running Google's Android 3.0 OS. The 32GB device will reportedly launch in the U.S. next week.


Keynotes Med-Hoc-Net 2017
Khaldoun Al Agha (Green Communications, France)
Title: Participatory Internet AbstractAbstract: Participatory Internet (Green PI) to create an Internet with small and wearable smart boxes. By simply switching the boxes, they connect to each other and create a TCP / IP environment with a set of applications and services to communicate locally or globally via a gateway to set among the boxes. The conception of small, light boxes, with battery and embedding TCP/IP environment is unique. The Participatory Internet is a brand of Green Communications. It is visible as a WiFi hot spot access point and provides connectivity to any device (Smartphone, tablet or computer). Participatory Internet meets modern needs of connectivity ie, densification, mobility and energy saving. A set of requirements that are part of the 5G specifications.
Biography: Khaldoun Al Agha is the Co-founder and CEO of Green Communications. He is a professor at the University of Paris-Sud. He led the networking group at LRI Lab and the IT Master degree at the University. Khaldoun Al Agha participated in the structuring and creation of the KIC EIT Digital and coordinated the European Action line Digital Cities in the KIC. Khaldoun Al Agha has published several books and over 150 articles. He also coordinated several national and international projects in networks and telecom. Khaldoun Al Agha was Visiting Professor at Kyoto University and USM (Valparaiso, Chile).


MONAD Weight/Rate-By-Weight Controllers are high performance indicators with features and options focused on the requirements of process weighing applications with local set point control. They operate with all strain gage type load cells and interface easily with any PLC, PC based supervisory control system. Engineering emphasis has been placed on simplicity, reliability, and expandability.
Standard rate-by-weight operation and output provides precision mass flow control. 12 relay outputs are available for local set point control, based upon set point values entered through the keypad, or downloaded serially from a host device. All relay configuration and logic parameters are selectable through the front panel keypad.
Communication of weight, set point values, system status, and diagnostic information is accomplished using standard protocols , and quick calibration and setup procedures save time, money, and even field service calls. On-line diagnostics continuously monitor system performance and alert service personnel to potential problems before they happen.


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In an era where both employees and clients are demanding information via multi-media formats, Global eLearning has rapidly expanded its voice talent pool and voice technology options to accommodate the growing demand. We offer human voice talent in over 100 languages.
Most of our voice projects involve the localization of audio/video/animation into another language. Since our highest objective is to make our client’s experience hassle-free, we normally perform all the tasks leading up to the voice recording as well: transcribe the audio component in source language, perform a detailed time-stamp of the transcript, translate the script into new language, and then plan the new recording files for efficient integration into the authoring tool or video format.
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Impressive improvements have been made in the last 12 months with Amazon Polly, Microsoft Azure, and Google GCP for generating natural-sounding computer-generated voices. There are several advantages with using these software systems that make them competitive for several forms of content even when the human voice sounds more robust and energetic. Talk to a Global eLearning Technical consultant to help with the decision of Text to Speech (TTS) versus human recordings.
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The team here at T.I.S. Ltd understand the need for a quick and efficient wireless network within your school, hospital, university or office. You need to be able to move freely between campuses, classrooms and offices without the constraints of data points or cabling.
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The experienced team at T.I.S. Ltd will design and implement your wireless network with security as a priority and will create bespoke solutions to your networking needs. To ensure this is done with as little disruption a full site survey using software analysis tools will be completed to ensure the signal stays fully connected while users are on the move and there is no potential for data loss.
An added benefit to having a wireless network installed is that it can be integrated in to a fully cabled network to only allow those access who really needs it and leave the rest of the network undisturbed.
If you need a complete wireless network upgrade that will cause little disruption to your work contact T.I.S. Ltd below