IP Multimedia Subsystem

Abstract-The IP multimedia subsystem (IMS) is a Next Generation Network (NGN) that integrates wireless, wireline and internet technologies. IMS enables the convergence of voice, data, and multimedia services such as Voice over IP (VoIP), Video over IP, push-to-talk, presence or instant messaging services. IMS is almost independent of the access technology and uses a number of protocols such as HTTP and SMTP while the most important one is called SIP or session Initiation Protocol. At parallel this

the future generation Telecommunication network will be an integrated and secured by All-IP network. Research institutes are devoted and played a crucial role to deploy IP protocols in mobile communication core network and services. The IP multimedia subsystem (IMS) is a network subsystem proposed by 3GPP. The IMS concept is to merge alltelecommunication technology, wireless and wired networks under the All-IP environment to provide a more extensible, synchronized, interactive multi-media service

vendors to narrow my selection from Avaya, Genesys, and Interactive Intelligence. I. Avaya Interaction Center and Contact Center Express Avaya is one of the more well-known and reputable IP Contact Center vendors that are available today. Avaya has been awarded as one of the “Best Reporting, IP Contact-Center,” 2005 IP Contact Center Review. Being one of the larger vendors for call and contact-centers, Avaya estimates it has shipped well over 6 million contact-center seats over the last dozen years.

Multimedia information administration and storage mainly focuses on empowering database frameworks to manage interactive media content at a very high level of abstraction. In this paper we mainly discuss, what is the database system’s role in managing, controlling and taking the multimedia data to the next level of interaction. Then we discuss, how the part of the database framework converges with the part of media servers that is an extension of traditional file servers with isochronous multimedia

Experience and Connectivity I. Experience of Company II. ACD based on Windows III. Connectivity B. Multimedia Support I. E-Mail II. Chat III. Voice Mail IV. IVR V. Outbound dial VI. CTI VII. URL VIII. CRM support II. Genesys A. Experience and Connectivity I. Experience of Company II. ACD based on Windows III. Connectivity B. Multimedia Support I. E-Mail II. Chat III. Voice Mail IV. IVR V. Outbound dial

best of the transmitted signal streams and decodes the signal. It is chosen such a way that, the best quality signal is obtained. So, even the weaker signals are boosted up by this technique. Infrastructure: Both LTE and wimax uses ip infrastructure. The flat structure of ip helps the mobile as well as the base station. Latency: Latency is less in LTE when compared to wimax. Range: Theoretically LTE has better rang than wimax. Speed: speed of LTE is way higher than

logged-in agents, or ports. Pricing shown is U.S. List, per-seat or per-concurrent agent (per-port), for software only (unless noted otherwise) While they vary considerably in some architectural respects, contact centers utilize many of the same subsystems and components regardless of the vendor. Specific architecture can be different per vendor based on requirements and the packages chosen for the

I. Related Work Instant messaging (IM) is a type of online chat which offers real-time text transmission over the Internet. Most popular network IM system: AOL Instant Messenger (AIM), Yahoo! Messenger (YMSG),and Microsoft Messenger(MSN).are discussed. A. AOL Instant Messenger AIM defines different types of servers. Some of them are login, BOS icon, chat room setup, user search and chat room hosting. AIM uses client-server architecture for normal operations but uses a peer-to-peer approach for

BUS 365 WK 4 Quiz 3 Chapter 4,5 - All Possible Questions To Purchase Click Link Below: http://strtutorials.com/BUS-365-WK-4-Quiz-3-Chapter-45-All-Possible-Questions-BUS3655.htm BUS 365 WK 4 Quiz 3 Chapter 4,5 - All Possible Questions Chapter 04 Multiple Choice 1. Connectivity and mobility are __________ issues. a) 4G b) network c) Wi-Fi d) social media 2. 4G networks are __________. a) owned by Sprint b) based on satellite transmission c) hybrid analog networks d) purely digital

The main objective of this paper is to propose an on demand QoS routing algorithm. Since the requirements for various applications may vary time to time, the approach for QoS routing may not be proactive. The proposed approach has two phases namely route discovery phase and route maintenance phase. When a source node has to pass data to a destination node with QoS requirements it starts with the route discovery phase. Once the route is found, the data transfer will take place. While data transmission