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BARCELONA, Spain, Feb. 27, 2017 /PRNewswire/ -- GENBAND, a leading provider of real time communications solutions, today announced that it will demonstrate a live version of its Kandy Internet of Things (IoT) enterprise solution with Real Time Communications capabilities,...


BARCELONA, Spain, Feb. 27, 2017 /PRNewswire/ -- GENBAND, a leading provider of real time communications solutions, today announced that it will demonstrate a live version of its Kandy Internet of Things (IoT) enterprise solution with Real Time Communications capabilities, powered by the AT&T IoT Starter Kit*, at Mobile World Congress in Barcelona, February 27 – March 2.  Kandy is GENBAND's disruptive cloud communications platform that easily adds messaging, voice, video, presence, and collaboration capabilities directly into mobile and web applications. The Kandy platform has been enhanced to deliver the "human element" to IoT connectivity via contextual Real Time Communications solutions. The Kandy platform easily "Bolts On" to a service provider's network to bring together Real Time Communications with IoT. Messaging and IoT applications, chat bots and developers can also connect to Kandy via its advanced Application Programming Interfaces (APIs) to provide innovative user interactions for multiple industry verticals and consumer apps, using bot automation for routine tasks and seamlessly escalating to human conversations for more complex activities. "Without the human element in IoT you are left with just 'Big Data' and 'Things' and that is why the intersection of IoT and human interaction is so critical," said David Walsh, Chairman and CEO, GENBAND. "Adding context to the data from multiple connected end-points or 'Things' gives businesses the ability to respond in real time in the most relevant manner according to the circumstances and dynamics of the situation being addressed." Walsh added, "Enhancing secure vertical market applications with a human element requires the digital cognitive Real Time Communications capabilities that a solution like Kandy offers to ensure exchanges are promptly delivered, understood, and/or correctly and efficiently acted upon. Our Kandy platform also provides the 'conduit' to communicate with and escalate to human interaction via apps such as our Live Support and Concierge Wrappers." Kandy has also teamed up with JpU, a leader in transforming mobile networks into IoT networks, for a combined offering that delivers secure IoT and Real Time Communications capabilities to vertical markets. The combined offering significantly improves IoT network security, reduces costs and enhances device and machine control, while facilitating market-leading Real Time Communications capabilities between IoT devices and applications. "We are delighted to join forces with the Kandy team to deliver the latest in IoT security, connectivity and device management technology, along with Real Time Communications capabilities to the marketplace," said Jonathan Schwartz, Chief Executive Officer, JpU. "Together we are allowing service providers to tap into a new and rapidly growing market, while cutting costs and introducing new revenue streams." The combined Kandy-JpU solution will also be on display at Mobile World Congress 2017 in Barcelona, February 27 – March 2. Visit GENBAND's booth 2I31 in Exhibition Hall 2. *AT&T IoT Starter Kits come with a full set of capabilities that developers need to jumpstart their IoT projects: hardware, services, IoT connectivity, and integrations. For more information, visit starterkit.att.com. GENBAND's Kandy communications Platform-as-a-Service (PaaS) is a real time software development platform built from GENBAND's core communications, presence, security and real time technologies. Kandy enables service providers, enterprises, software vendors, systems integrators, partners and developers to enrich their applications and services with real time contextual communications, providing a more engaging user experience. With Kandy, companies of all sizes and types can quickly embed real time communications capabilities into their existing applications and business processes. For more information visit kandy.io. GENBAND is a global leader in real-time communications software solutions for service providers, enterprises, independent software vendors, systems integrators and developers in over 80 countries. Kandy, its award-winning, disruptive real-time communications software development platform, is built from the company's global telecommunications network and security technologies. The platform enables these companies to easily embed a full suite of voice, video, chat, screen-sharing and collaboration capabilities into their existing business, web and mobile applications.  The company's Network Modernization, Unified Communications, Mobility and Embedded Communications solutions enable its customers to quickly capitalize on growing market segments and introduce differentiating products, applications and services. GENBAND's market-leading solutions, which are deployable in the network, on premise or through the cloud, help its customers connect people to each other and address the growing demands of today's consumers and businesses for real-time communications wherever they happen to be. GENBAND's award-winning Marketing Advantage Program offers partners free resources, training and campaigns to fuel their success in implementing GENBAND powered services. To learn more visit genband.com. GENBAND, the GENBAND logo and icon are trademarks of GENBAND. JpU builds an innovative self-service mobile connectivity platform for IoT and Enterprise Mobility that revolutionizes security and network control paradigms by shifting control from the MNO to the enterprise. IoT and Enterprise Customers gain control over their "slice" of the MNO network, allowing a true self-service network management experience, along with new layers of security and billing control. Coupled with a new breed of a mobile network core ready for NB-IoT, JpU enables MNOs to host vast numbers of IoT devices on their network at a very low cost-per-device. For more information visit jpu.io.


Mobile World Congress demonstration to feature a live version of the Kandy IoT enterprise solution with Real Time Communications, powered by the AT&T IoT Starter Kit BARCELONA, Spain, Feb. 27, 2017 /PRNewswire/ -- GENBAND, a leading provider of real time communications solutions, today announced that it will demonstrate a live version of its Kandy Internet of Things (IoT) enterprise solution with Real Time Communications capabilities, powered by the AT&T IoT Starter Kit*, at Mobile World Congress in Barcelona, February 27 – March 2.  Kandy is GENBAND's disruptive cloud communications platform that easily adds messaging, voice, video, presence, and collaboration capabilities directly into mobile and web applications. The Kandy platform has been enhanced to deliver the "human element" to IoT connectivity via contextual Real Time Communications solutions. The Kandy platform easily "Bolts On" to a service provider's network to bring together Real Time Communications with IoT. Messaging and IoT applications, chat bots and developers can also connect to Kandy via its advanced Application Programming Interfaces (APIs) to provide innovative user interactions for multiple industry verticals and consumer apps, using bot automation for routine tasks and seamlessly escalating to human conversations for more complex activities. "Without the human element in IoT you are left with just 'Big Data' and 'Things' and that is why the intersection of IoT and human interaction is so critical," said David Walsh, Chairman and CEO, GENBAND. "Adding context to the data from multiple connected end-points or 'Things' gives businesses the ability to respond in real time in the most relevant manner according to the circumstances and dynamics of the situation being addressed." Walsh added, "Enhancing secure vertical market applications with a human element requires the digital cognitive Real Time Communications capabilities that a solution like Kandy offers to ensure exchanges are promptly delivered, understood, and/or correctly and efficiently acted upon. Our Kandy platform also provides the 'conduit' to communicate with and escalate to human interaction via apps such as our Live Support and Concierge Wrappers." Kandy has also teamed up with JpU, a leader in transforming mobile networks into IoT networks, for a combined offering that delivers secure IoT and Real Time Communications capabilities to vertical markets. The combined offering significantly improves IoT network security, reduces costs and enhances device and machine control, while facilitating market-leading Real Time Communications capabilities between IoT devices and applications. "We are delighted to join forces with the Kandy team to deliver the latest in IoT security, connectivity and device management technology, along with Real Time Communications capabilities to the marketplace," said Jonathan Schwartz, Chief Executive Officer, JpU. "Together we are allowing service providers to tap into a new and rapidly growing market, while cutting costs and introducing new revenue streams." The combined Kandy-JpU solution will also be on display at Mobile World Congress 2017 in Barcelona, February 27 – March 2. Visit GENBAND's booth 2I31 in Exhibition Hall 2. *AT&T IoT Starter Kits come with a full set of capabilities that developers need to jumpstart their IoT projects: hardware, services, IoT connectivity, and integrations. For more information, visit starterkit.att.com. GENBAND's Kandy communications Platform-as-a-Service (PaaS) is a real time software development platform built from GENBAND's core communications, presence, security and real time technologies. Kandy enables service providers, enterprises, software vendors, systems integrators, partners and developers to enrich their applications and services with real time contextual communications, providing a more engaging user experience. With Kandy, companies of all sizes and types can quickly embed real time communications capabilities into their existing applications and business processes. For more information visit kandy.io. GENBAND is a global leader in real-time communications software solutions for service providers, enterprises, independent software vendors, systems integrators and developers in over 80 countries. Kandy, its award-winning, disruptive real-time communications software development platform, is built from the company's global telecommunications network and security technologies. The platform enables these companies to easily embed a full suite of voice, video, chat, screen-sharing and collaboration capabilities into their existing business, web and mobile applications.  The company's Network Modernization, Unified Communications, Mobility and Embedded Communications solutions enable its customers to quickly capitalize on growing market segments and introduce differentiating products, applications and services. GENBAND's market-leading solutions, which are deployable in the network, on premise or through the cloud, help its customers connect people to each other and address the growing demands of today's consumers and businesses for real-time communications wherever they happen to be. GENBAND's award-winning Marketing Advantage Program offers partners free resources, training and campaigns to fuel their success in implementing GENBAND powered services. To learn more visit genband.com. GENBAND, the GENBAND logo and icon are trademarks of GENBAND. JpU builds an innovative self-service mobile connectivity platform for IoT and Enterprise Mobility that revolutionizes security and network control paradigms by shifting control from the MNO to the enterprise. IoT and Enterprise Customers gain control over their "slice" of the MNO network, allowing a true self-service network management experience, along with new layers of security and billing control. Coupled with a new breed of a mobile network core ready for NB-IoT, JpU enables MNOs to host vast numbers of IoT devices on their network at a very low cost-per-device. For more information visit jpu.io.


Al-Smadi T.A.,JPU | Al-Wahshat H.,JPU
International Journal of Physical Sciences | Year: 2011

If identification of the stationary logical object (LO) is understood to be its identification with an adequate finite-automation model among set of finite automation, in cases where two completely different aims (object logical structural model construction and device logical control) are being pursued, serious contradictions might arise. With the help of an adequate model received, one tries both to construct appropriate structural model of the computing unit (CU) and consider the object as a control object (CO) to control it. It goes without saying that during the development of the controlling unit of CO, which represents the logical object, its structural model is also being under construction and the object identification, the digital signal processor (DSP), is used as the main central process unit for its high control ability and computing power. Through the introduction of a rough set theory into the multi-sensor information fusion technology, the principal distinction between finite-automation identification for development of the logical structure object model and for logical control of the technological device is shown in this paper. In this work, the conversion of potential dynamic technological object to the guided dynamic object is achieved. It is possible to reach the object of self-control. ©2011 Academic Journals.


Ghaidan K.A.,JPU | Al Smadi T.A.,JPU | Al-Sudani S.D.,Informatics Institute for Post Graduate Studies
Journal of Engineering and Applied Sciences | Year: 2011

In this study, we investigate the usability aspects of the website interface design by introducing the design and implementation of a system named Web Interface Evaluation (WIE). This system evaluates the web interface through a study on a number of web interface features about 55 features extracted from different HTML web pages, English and Arabic ones and then classify these pages to high, middle, low quality, this is done by the comparison of the extracted features with threshold values. These threshold values were extracted based on an extensive survey of design, recommendations from recognized experts and usability studies. © Medwell Journals, 2011.


Al-Smadi T.,JPU | Altaweel F.M.,JPU | Al Wahshat H.A.,Jadara University
Journal of Engineering and Applied Sciences | Year: 2011

The purpose in this study is constructing digital filter with application of modern microprocessor systems, learning methods of automatic projecting and perfecting skills of programming in language of assembler. In this study, the microprocessor of firm MICROCHIP PICl 6C711 is used which has possibilities of analog signal's processing. DAC is not a part of the microcontroller and it is carried out separately, its entrances are connected to port B. The program written in language of assembler is universal for all microcontrollers of MICROCHIP having a possibility for analog signal's processing. It is necessary to configure ports and to consider specification GPR (General Purpose Register) and special registers according to the documentation on demanded model. © Medwell Journals, 2011.

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