Storage and Network Convergence

Hyper-converged Infrastructure for Service Provider TOC GOES HERE ONCE PAPER COMPLETED About Stratoscale (In the TOC Page) Stratoscale is focused on leveraging technology to help IT teams, within the service provider, make better and more profitable usage of existing infrastructures. Service Provider data center requirements are growing at an ever-increasing pace. In response to this changing and challenging landscape, Stratoscale has built a hardware-agnostic hyper-converged software solution that

a culmination and composite of several IT infrastructure trends, all of which provide value to today’s enterprise datacenter. Stratoscale provides a unique to this fast growing need for Hyper-convergence. Unlike other solutions Stratoscale’s unique solution is a software only solution – Hyper-convergence as a Solution (HaaS). There is no appliance or special hardware requirement. Simply download Stratroscale's HaaS to an existing x86 server platform – bring your own hardware – and with one click

Converged Networks: The basic concept of network convergence is to provide all the communication services such as voice, video and data within a single network to achieve its goal of delivering better services while lowering prices to consumers. There is a need for network convergence, as one single pipe is used to deliver all the communication services that help in regulating the overall network costs to a significant level. Both the users and service providers get benefitted by the adoption of

The Internet of Things is a vision of a global network that connects various physical world objects to the IT infrastructure. This vision has been inspired by the success made in emerging technologies such as Radio-Frequency IDentification (RFID), wireless sensor networks, and mobile communication. The realisation of such a global object network will allow seamless interaction and cooperation between the real and logical world. Many of the IoT applications will include monitoring devices reporting

* Examples * Voice mail and e-mail, telecommuting, teleshopping, databases, computer online services and networks and the Internet * Interactivity * The user is able to make an immediate response to what is going on and modify the process. There is a dialog between the user and the computer or communications device Computers and Communications

The theory of Media Convergence posits that new technologies bring together different mediums and consequently redefine the media environment. According to the theory, changes in communications and information technologies reshape and change everyday life, altering patterns of creation, consumption, learning, and interpersonal interaction. New technology redefines media content and alters human interaction with social institutions such as government, education, and commerce. This paper is highlights

technology convergence has made it achievable for technological organizations to deliver video, audio, and text material by the same wired, wireless or fiber-optic connections. In the past communications technology were separate and they provided specific services. Telephone and computer services regulated on different platforms. With digital technology convergence, a new age of multimedia has been introduced whereas images and data can be imported together to create a single network that distributes

enterprises need to ensure that their networks remain a relevant and important part of users’everyday experience, and deliver added value in new and unique ways. How new technologies like cloud, Software Defined Networking (SDN) will help them do this and efficient management across network resources and cloud application. In this paper we have talked about what is Openstack and its importance and briefly explored three major Openstack projects Compute, Storage and Network and discussed their capabilities

drastically over short periods of time because of digital convergence. Just in the past decades it has become much more advanced and useful for people all around the world. There has been an extreme advance in media technology, especially that used in film industry. This includes the creation of analog-to-digital converters, technology convergence, and the changes in the media industry and audiences. In this article, I will analysis how digital convergence impact on the film industry structure, forms of consumption

nature of industrial data. Yet existing non-negative LF models for HiDS matrices suffer from slow convergence leading to considerable time cost. An alternating direction method-based non-negative latent factor (ANLF) model decomposes a non-negative optimization process into small sub-tasks. It updates each LF non-negatively based on the latest state of those trained before, thereby achieving fast convergence and maintaining high prediction accuracy and scalability. This paper