By Mr. Hoang Duc Chinh, Dr. Yen Kheng Tan
ISBN-10: 953307261X
ISBN-13: 9789533072616
Read Online or Download Smart Wireless Sensor Networks PDF
Similar networks books
Build powerful, high-performance telephony structures utilizing FreeSWITCH.
Overview
• the best way to set up and configure a whole telephony procedure of your individual, whether this is often your first time utilizing FreeSWITCH.
• In-depth discussions of vital techniques just like the dialplan, person listing, NAT dealing with, and the robust FreeSWITCH occasion socket.
• most sensible practices and professional counsel from the FreeSWITCH specialists, together with the author of FreeSWITCH, Anthony Minessale.
In element
FreeSWITCH is an open-source telephony platform designed to facilitate the construction of voice and chat-driven items, scaling from a soft-phone to a PBX or even as much as an enterprise-class soft-switch. it truly is regularly interesting to layout and construct your personal telephony method to fit your wishes, however the activity is time-consuming and contains loads of technical skill.
FreeSWITCH 1. 2 involves your rescue that can assist you manage a telephony approach quick and securely utilizing FreeSWITCH. it truly is wealthy with sensible examples and may offer you the entire details and abilities had to enforce your individual PBX system.
You will begin with an in depth description of the FreeSWITCH method structure. Thereafter you'll obtain step by step directions on tips on how to organize easy and complicated gains on your telephony platform.
The publication starts through introducing the structure and workings of FreeSWITCH sooner than detailing tips on how to plan a cellphone method after which strikes directly to the set up, configuration, and administration of a feature-packed PBX. you'll find out about preserving a consumer listing, XML dial plan, and complex dial plan innovations, name routing, and the super strong occasion Socket. you'll ultimately know about the net group and heritage of FreeSWITCH.
FreeSWITCH 1. 2 is an integral software for beginner and specialist alike.
What you are going to research from this book
• manage a simple approach to make and obtain cell calls, make calls among extensions, and make the most of simple PBX functionality.
• set up varied positive factors of this telephony method with top practices and professional tips.
• comprehend the interior workings and structure of FreeSWITCH.
• Use complex gains to create robust dialplans.
• triumph over difficult NAT issues.
• keep watch over FreeSWITCH remotely with the strong occasion socket.
• Create web-controlled telephony apps with the hot HTTAPI system.
• safe your VoIP communications.
Approach
This e-book is stuffed with functional code examples geared toward a newbie to ease his or her studying curve.
Who this booklet is written for
This e-book is written for IT pros and fanatics who're drawn to quick getting a strong telephony method up and operating utilizing the unfastened and open resource software, FreeSWITCH.
Telephony adventure should be priceless, yet no longer required.
High-Performance Networks for Multimedia functions provides the most recent learn at the companies and protocols for networks supplying the verbal exchange aid for dispensed multimedia purposes. the necessity for end-to-end QoS for those multimedia functions is elevating the stakes for a robust shaping and scheduling within the community adapter.
Intelligent Networks and Intelligence in Networks: IFIP TC6 - download pdf or read online
Foreign convention clever community and Intelligence in Networks (2IN97) French Ministry of Telecommunication, 20 road de Segur, Paris -France September 2-5, 1997 Organizer: IFIP WG 6. 7 -Intelligent Networks Sponsorship: IEEE, Alcatel, Ericsson, France Telecom, Nokia, Nordic Teleoperators, Siemens, Telecom Finland, Lab.
During this booklet for the 1st time medical fields - consensus formation and synchronization of communications - are offered jointly and tested via their interrelational facets, of swiftly becoming value. either fields have certainly attracted huge, immense study curiosity in particular in terms of complicated networks.
- Maintenance, Monitoring, Safety, Risk and Resilience of Bridges and Bridge Networks
- Optimization of Stochastic Discrete Systems and Control on Complex Networks: Computational Networks
- Molecular Gels: Materials with Self-Assembled Fibrillar Networks
- Advances in Neural Networks – ISNN 2011: 8th International Symposium on Neural Networks, ISNN 2011, Guilin, China, May 29–June 1, 2011, Proceedings, Part III
- Mobile Networks and Management: 4th International Conference, MONAMI 2012, Hamburg, Germany, September 24-26, 2012, Revised Selected Papers
- Practical Code Generation in .NET: Covering Visual Studio 2005, 2008, and 2010
Additional info for Smart Wireless Sensor Networks
Example text
Thus, the UnderGround Sensor Nodes (UGSN) Ian F. & Erich P. (2006) Li & Liu (2007) are supposed to be more expensive than the TSNs as they had to ensure reliable communication through soil, rocks, water and other mineral contents. The UGSNs’ deployment is application tailored and it could not be generalized. Also, the network maintenance and post deployment are expensive and quite difficult due to the nature of the monitored mine or cave. In addition, there is a high probability of communication problems as signal loss and high level of interference and attenuation caused by the nature of the environment.
This parameter is the position (P) of the agent node in the network. We define three types of node positions: (1) normal, (2) edge and (3) critical. The normal position is the position inside the network where the node has multiple neighbors. This kind of nodes may tend toward the cooperative behavior, to maximize the amount of the important information collected in the network. The edge node (E in figure 8) is a node in the border of the network, which has a restricted view of the network limited to only one neighbor.
The density and sensing coverage could impact together or separately the determination of the covered area, which could be illustrated in figure 2. In figure 2a, the density is low and the sensing coverage is limited, hence the non covered surface (gray color) are important. By keeping the density low and enlarging the sensing coverage (figure 2b), the non covered area is reduced. Similarly, it is possible to increase the covered area, by keeping the sensing coverage limited and increasing the density (figure 2c).
Smart Wireless Sensor Networks by Mr. Hoang Duc Chinh, Dr. Yen Kheng Tan
by Daniel
4.1