Seminar report on ip telephony
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The document presents information about IP Telephony. It discusses that IP Telephony uses the Internet protocol to send audio, video and data in real-time between users. The H.323 standard is introduced for transmitting real-time communications over packet networks based on IP telephony. H.323 includes terminals, gateways, gatekeepers and multipoint control units. The document then explains the H.323 call establishment process and components involved.
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Ip telephony
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Paper Presentation on:Ip telephony
Iptelephony ppt
The document discusses IP-telephony, which routes voice calls over internet or IP-based networks by transmitting data via packet switching. It describes the types of IP-telephony networks and devices, requirements, components, how VOIP works, advantages like lower costs and mobility, disadvantages like firewalls and reliability issues, and concludes by listing references for further information.
Ip telephony ppt
The document discusses IP telephony and provides details on various aspects of the technology. It describes how IP telephony uses the internet protocol to send audio, video and data in real time between users. Different types of IP telephony are examined, including PC-to-PC, phone-to-phone over IP using gateways or adapter boxes, and PC-to-phone or phone-to-PC. Standards for IP telephony like H.323, SIP and MGCP are covered as well. The H.323 standard and its components such as terminals, gateways, gatekeepers and MCUs are explained in depth. Advantages and disadvantages of IP telephony are also highlighted.
5 pen pc technology by divya
The document describes the P-ISM (Pen Style Personal Networking Gadget Package), which was created in 2003 as a concept for a portable all-in-one computing device consisting of 5 pen-like gadgets. The pens included a CPU pen, communication pen, projector pen, virtual keyboard, and camera pen. Together these pens functioned as a portable computing system, with the projector pen displaying a virtual monitor and keyboard. While an innovative concept, the P-ISM was still in development and details of its commercialization were unclear. The technology demonstrated the possibility of miniaturized, ubiquitous computing but faced challenges such as high costs.
Growth Of IOT NETWORK.pptx
The document discusses the growth and applications of the Internet of Things (IoT). It defines IoT as connecting devices to the Internet and to each other to collect and share data. Examples provided include smart home appliances, self-driving cars, and wearable fitness trackers. The document also discusses why IoT platforms are useful for reducing development time and costs for IoT projects. Finally, it covers some benefits of IoT such as real-time monitoring and automation, as well as some privacy concerns regarding the data collected.
Bluetooth Network security
This document is a seminar report on Bluetooth network security submitted in partial fulfillment of a Bachelor of Technology degree. It discusses Bluetooth technology, including its architecture and classes/ranges. It covers security aspects at the link and application layers and tools that can be used to attack Bluetooth networks, like Bluejacking and Bluesnarfing. It also lists advantages like low cost and wireless capability, disadvantages like short range and hackability. Applications discussed include wireless headphones, mobile device connectivity, and medical sensors.
NEAR FIELD COMMUNICATION
NFC, or near field communication, is a short-range wireless communication technology that allows data exchange when devices are brought within close proximity of a few centimeters. It uses magnetic field induction to enable communication between electronic devices like smartphones. NFC operates at 13.56 MHz and supports data transfer rates from 106 to 424 kbps. Common applications of NFC include mobile payments, data sharing, and electronic ticketing/access control using touch-and-go interactions between devices. The technology is becoming increasingly common in smartphones and other mobile devices.
INTERNET PROTOCOL TELEVISION
This document discusses IPTV (Internet Protocol Television), which delivers digital television services over the internet. It describes IPTV as a system where television is delivered using internet protocol over a network infrastructure, which may include broadband connections. The document outlines the architecture and components of IPTV, as well as some protocols used and advantages. It also briefly discusses the growth of IPTV in India and limitations such as broadband availability and packet loss issues.
Recommended
Ip telephony
For more information visit http://www.presentationat.blogspot.in/
Paper Presentation on:Ip telephony
Iptelephony ppt
The document discusses IP-telephony, which routes voice calls over internet or IP-based networks by transmitting data via packet switching. It describes the types of IP-telephony networks and devices, requirements, components, how VOIP works, advantages like lower costs and mobility, disadvantages like firewalls and reliability issues, and concludes by listing references for further information.
Ip telephony ppt
The document discusses IP telephony and provides details on various aspects of the technology. It describes how IP telephony uses the internet protocol to send audio, video and data in real time between users. Different types of IP telephony are examined, including PC-to-PC, phone-to-phone over IP using gateways or adapter boxes, and PC-to-phone or phone-to-PC. Standards for IP telephony like H.323, SIP and MGCP are covered as well. The H.323 standard and its components such as terminals, gateways, gatekeepers and MCUs are explained in depth. Advantages and disadvantages of IP telephony are also highlighted.
5 pen pc technology by divya
The document describes the P-ISM (Pen Style Personal Networking Gadget Package), which was created in 2003 as a concept for a portable all-in-one computing device consisting of 5 pen-like gadgets. The pens included a CPU pen, communication pen, projector pen, virtual keyboard, and camera pen. Together these pens functioned as a portable computing system, with the projector pen displaying a virtual monitor and keyboard. While an innovative concept, the P-ISM was still in development and details of its commercialization were unclear. The technology demonstrated the possibility of miniaturized, ubiquitous computing but faced challenges such as high costs.
Growth Of IOT NETWORK.pptx
The document discusses the growth and applications of the Internet of Things (IoT). It defines IoT as connecting devices to the Internet and to each other to collect and share data. Examples provided include smart home appliances, self-driving cars, and wearable fitness trackers. The document also discusses why IoT platforms are useful for reducing development time and costs for IoT projects. Finally, it covers some benefits of IoT such as real-time monitoring and automation, as well as some privacy concerns regarding the data collected.
Bluetooth Network security
This document is a seminar report on Bluetooth network security submitted in partial fulfillment of a Bachelor of Technology degree. It discusses Bluetooth technology, including its architecture and classes/ranges. It covers security aspects at the link and application layers and tools that can be used to attack Bluetooth networks, like Bluejacking and Bluesnarfing. It also lists advantages like low cost and wireless capability, disadvantages like short range and hackability. Applications discussed include wireless headphones, mobile device connectivity, and medical sensors.
NEAR FIELD COMMUNICATION
NFC, or near field communication, is a short-range wireless communication technology that allows data exchange when devices are brought within close proximity of a few centimeters. It uses magnetic field induction to enable communication between electronic devices like smartphones. NFC operates at 13.56 MHz and supports data transfer rates from 106 to 424 kbps. Common applications of NFC include mobile payments, data sharing, and electronic ticketing/access control using touch-and-go interactions between devices. The technology is becoming increasingly common in smartphones and other mobile devices.
INTERNET PROTOCOL TELEVISION
This document discusses IPTV (Internet Protocol Television), which delivers digital television services over the internet. It describes IPTV as a system where television is delivered using internet protocol over a network infrastructure, which may include broadband connections. The document outlines the architecture and components of IPTV, as well as some protocols used and advantages. It also briefly discusses the growth of IPTV in India and limitations such as broadband availability and packet loss issues.
Internet telephony
This document provides an overview of internet telephony (also known as voice over internet protocol or VoIP). It discusses how VoIP works by sending audio over the internet in real-time between computer users. The document also outlines the key factors and protocols that enable VoIP, including improvements in compression techniques, full-duplex sound cards, more powerful PCs, and protocols like SIP, RTP, and H.323. Both advantages and disadvantages of VoIP are presented, such as lower long distance costs but also potential issues with internet integration and latency.
5 pen pc technology
The document describes 5 Pen PC technology, which allows for a computing environment using 5 pen-sized devices: a CPU pen, digital camera, virtual keyboard, communication pen, and LED projector. These devices connect wirelessly via Bluetooth to function as a full computer. The technology was developed by NEC in 2003 to enable portable ubiquitous computing. It aims to allow users to access office functionality and project a screen anywhere through the small, pen-sized devices.
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IoT Basics
The document discusses the Internet of Things (IoT). It defines IoT as the network of physical objects embedded with electronics, software, and sensors to collect and exchange data. The document outlines the history of the internet and how everything has become digitized. It discusses current uses of IoT in areas like smart appliances, healthcare, wearables, and transportation. The future outlook is that each person will interact with 3,000 to 5,000 connected devices. However, increased connectivity also increases risks of terrorism and hacking of critical systems.
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Internet telephony uses the Internet to send audio, video, and fax between users in real time. A basic IP telephone system has two components: IP phones for users and a media gateway controller that provides call control and coordination. For interconnection with traditional phone systems, media and signaling gateways translate between IP and public switched telephone networks. IP telephony works by digitizing, compressing, and packetizing telephone signals and routing them over the Internet using IP protocols. While offering lower costs, internet telephony has reliability issues and cannot currently support emergency calls.
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Near Field Communication (NFC) is a short-range wireless communication technology that allows data exchange between devices over short distances of around 10cm or less. It builds on RFID technology and was developed by Nokia, Philips, and Sony in 2004. NFC allows for both active and passive communication modes between NFC-enabled devices like smartphones. It has advantages over other wireless technologies like Bluetooth in providing instant connection without configuration. Potential applications include mobile payments, access control, and data sharing between devices with only a touch.
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The document discusses IP Telephony and the H.323 standard. It describes how IP Telephony uses the internet protocol to send audio, video, and data in real-time. The H.323 standard specifies protocols for multimedia communications over packet-based networks, including signaling protocols for call setup and control, as well as protocols for audio and video transport. The document outlines the components, protocols, call flows, and benefits of IP Telephony and the H.323 standard.
Introduction to telephony
1st chapter of "Unified Communications with Elastix" Vol.1
We recommend to read the chapter along with the presentation.
http://elx.ec/chapter1
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This document provides an overview of home automation. It defines home automation as the automatic control of household appliances, security systems, lighting, and HVAC systems using electronic devices and software. The document discusses why home automation is useful by allowing for remote and seamless control of home functions from devices like smartphones. It then describes how home automation works using sensors, controllers, and actuators connected to devices like cameras, motion detectors, temperature sensors, and Arduino boards. The document outlines some common components of home automation systems like Bluetooth modules, microcontrollers, relays, and Android apps. It lists advantages like savings, safety, and convenience and gives examples of applications such as smart kitchens, security systems, health monitoring, and irrigation control
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3. Privacy tree structures are used to represent IP address structures and determine appropriate anonymization levels for different parts of IP addresses based on the relationships between addresses.
Blue Brain Report
This is a complete report on the topic BLUE BRAIN TECHNOLOGY.It's a very big project and it is also very much costly and IBM is working on this project .EPFL(Ecole Polytechnique Federal de lausaane) working on this and swiss government providing the funding to this project and on movie maker is also making a movie on this technology.There is a youtube channel is also available.
H.323 protocol
The document contains information about several individuals and an outline for a presentation on H.323. The outline discusses what H.323 is, its scope and importance, its historical development stages, the elements that make up an H.323 system, the core protocols that define H.323 communication, how H.323 calls are signaled, and the future prospects of H.323.
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IP telephony uses the Internet protocol to send audio, video, and data between users in real time, integrating voice and data networks. There are four ways communication can occur using IP telephony: computer-to-computer, computer-to-telephone, telephone-to-computer, and telephone-to-telephone. Standards like H.323, SIP, and MGCP define IP telephony infrastructure. While IP telephony provides cost savings, functionality, and mobility, disadvantages include reliance on power and potential reliability and security issues.
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IP telephony, also known as voice over internet protocol (VoIP), allows users to make phone calls using an internet connection rather than a traditional phone line. It works by converting analog audio signals into digital data that can be transmitted over the internet. There are several types of IP telephony including PC-to-PC, PC-to-phone, phone-to-phone, and phone-to-PC. The H.323 protocol is one of the main standards used to establish IP telephony calls and supports terminals, gateways, and multipoint control units to enable real-time audio and video transmission over IP networks. IP telephony offers cost savings compared to traditional telephone networks but also faces challenges around emergency calls and
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This document provides an overview of IP telephony and the H.323 standard. It describes the different components of H.323 including terminals, gateways, gatekeepers, and MCUs. It explains the protocols specified by H.323 such as H.225, H.245, RTP, and RTCP. It also provides high-level descriptions of H.323 call establishment, control signaling flows, media streams, and call release. The document concludes that IP telephony provides cost savings and new services by combining telephone and data networks into a powerful and economical communication option.
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This document provides an overview of IP telephony and the H.323 standard. It describes the different components of H.323 including terminals, gateways, gatekeepers, and multipoint control units. It explains the protocols specified by H.323 such as H.225, H.245, RTP, and RTCP. It provides details on H.323 call establishment, control signaling flows, media streams, and call release. The conclusion discusses how internet telephony provides cost savings and new services by combining telephone and data networks.
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VoIP (Voice over Internet Protocol) allows users to make phone calls using an internet connection instead of a regular phone line. It emerged as an alternative to the traditional Public Switched Telephone Network. Some key points:
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Madhumita Routray presented on Internet Protocol Telephony. The presentation covered:
1. IP telephony uses IP networks to transmit voice traffic instead of traditional telephone networks. It has lower costs and provides more features.
2. The architecture includes end devices, gateways, and gatekeepers. Protocols like H.323 and SIP are used to connect the different components.
3. IP telephony works by digitizing voice into packets that are transmitted over IP networks and reassembled at their destination. There are challenges around quality of service and integrating with traditional telephone networks.
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This document provides an overview of Voice over IP (VoIP) technology. It discusses how VoIP works by converting voice signals to digital packets and transmitting them over the Internet. The key components of a VoIP system include compression of the voice, encapsulation into IP packets, and routing through the network. Popular applications of VoIP include video chat programs and online gaming. The document also notes that many companies are interested in adopting VoIP to save costs and better utilize bandwidth. However, VoIP faces some security risks since it transmits voice over the public Internet.
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1. The document discusses using existing WiFi networks and technology like Asterisk to enable communication in disaster areas by connecting mobile phones and intercom systems over IP networks at no cost.
2. It aims to build a common IP-PBX system using Asterisk server to connect traditional analog phones, softphones, and VoIP phones. Wireless access points would connect smartphones to the VoIP network.
3. Key technologies discussed include VoIP, Asterisk software which supports protocols like SIP, and using WiFi networks in either peer-to-peer or infrastructure modes to enable emergency communication when conventional networks are disrupted.
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The document provides an overview of videoconferencing basics, including what videoconferencing is, its benefits, how it is being used, common system components, and top manufacturers. It also discusses network connections, protocols, and different types of conferencing such as point-to-point, multipoint, webcasting, web conferencing, and audio conferencing.
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This document summarizes the key components needed to successfully implement IP video conferencing on a network, including quality of service, firewalls, gatekeepers, codecs, directory services, and registration/scheduling. It provides recommendations on setting up these elements and addresses common issues that can cause video calls to fail if not configured properly.
Videoconferencing
Since 1998, videoconferencing has evolved from early Picturephone prototypes to widespread use today for applications like telemedicine, military operations, and green business meetings. It allows interactive video and audio communication over ISDN phone lines, high-speed internet, or satellite. As technology advances, uses may include high-definition videoconferencing and webcasting.
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SIP trunking allows organizations to connect their phone systems to the PSTN over an IP connection instead of using traditional TDM trunks. This provides significant cost savings and flexibility. SIP trunking facilitates mobility by enabling voice calls over data connections. It also expands connectivity options by integrating with technologies like WebRTC. Choosing a SIP trunking provider requires considering factors like audio quality, support, online account tools, and standards compliance to ensure interoperability with existing systems and future technologies.
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This document discusses migrating from the H.323 protocol to the SIP protocol for visual communications. It provides an overview of the two protocols and compares them. H.323 was developed for video conferencing while SIP is more scalable and can better support unified communications by integrating presence, instant messaging, and other applications. The document also discusses trends in the market such as moving to on-demand conferencing and unifying communications, which are driving factors for migrating to SIP. However, the transition will take time as H.323 and SIP need to coexist in networks.
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This document discusses migrating from the H.323 protocol to the SIP protocol for visual communications. It provides an overview of the two protocols and compares them. H.323 was developed for video conferencing while SIP is more scalable and can better support unified communications by integrating presence, instant messaging, and other applications. The document also discusses trends in the market such as moving to on-demand conferencing and unifying voice, video, and data into a single collaboration system, both of which are better supported by SIP. Polycom is working to smoothly migrate customers from H.323 to SIP over the long term as the two protocols coexist during the transition period.
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This document discusses migrating from the H.323 protocol to the SIP protocol for visual communications. It provides an overview of the key differences between H.323 and SIP. H.323 was developed for video conferencing while SIP is more scalable and can better support unified communications by integrating presence, instant messaging, and other collaboration applications. The document also examines trends in the visual communications market like the shift to on-demand conferencing and unified communications, and how SIP can help address these trends.
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The document discusses migrating from the H.323 protocol to the SIP protocol for visual communications. It provides an overview of the H.323 and SIP protocols, comparing their elements and call flows. The document also discusses trends in the visual communications market, including shifts towards on-demand conferencing and unified communications, and how SIP can help interconnect different applications within an organization to address these trends. Polycom is working on seamlessly migrating customers from their H.323-based video systems to SIP over the long term as both protocols will coexist during the transition period.
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Seminar report on ip telephony
- 1. Presented By:Kundan Kumar Pandey Enroll :-100860116022 B.E. 3rd Year(I.T.) IP Telephony 1
- 2. INTRODUCTION DIFFERENT TYPES WHAT IS H.323 H.323 COMPONENTS H.323 CALL ESTABLISHMENT H.323 CONTROL SIGNALING FLOW H.323 MEDIA STREAM & MEDIA CONTROL FLOW H.323 CALL RELEASE CONCLUSION IP Telephony 2
- 3. Internet telephony uses the Internet protocol to send audio, video an data between two or more users in the real time. IP telephony is the integration of voice and data networks, services, and applications. The main motivation of development of IP Telephony is the cost saving & integrating new services. IP Telephony 3
- 4. Vocaltec introduced the first Internet telephony software product in early 1995. Running a multimedia PC, the Vocaltec Internet Phone. In 1996, Vocaltec with an Intel Company announced to produce the first IP telephony gateway. IP Telephony 4
- 5. PC to PC Phone-to-phone over IP PC-to-Phone Phone-to-PC IP Telephony 5
- 10. The H.323 standard for the transmission of real-time audio, video, and data communications over packetbased networks based on IP telephony. H.323 is a standard produced by the ITU-T Study Group 16. Currently the most widely-supported IP telephony signaling protocol. IP Telephony 10
- 11. Terminals Gateways Gatekeepers Multipoint Control Units (MCUs) IP Telephony 11
- 12. Terminals : H.323 terminal can either be a personal computer or a stand-alone device, running an H.323 and the multimedia applications. Gateways : An H.323 gateway provides connectivity between an H.323 network and a nonH.323 network. IP Telephony 12
- 13. Address Translation Admission Control Bandwidth Control Zone Management Call-Control Signaling Call Authorization Call Management IP Telephony 13
- 14. MCUs provide support for conferences of three or more H.323 terminals. All terminals participating in the conference establish a connection with the MCU. IP Telephony 14
- 15. IP Telephony 15
- 16. IP Telephony 16
- 17. IP Telephony 17
- 18. IP Telephony 18
- 19. Internet telephony is cost savings and integrating new services. Internet Telephony is a powerful and economical communication options by combination of the telephone networks and data networks. Many public telecommunication operators are establishing their own IP telephony services, and using IP-based networks as alternative transmission platforms. IP Telephony 19