International Journal of Advanced Networking and Applications

B. V. Suresh Kumar ¹, M. Venkata Rao ¹, M. A. Ram Prasad ¹

Affiliations
1 Department of Computer Science and Engineering, Vignan's Lara Institute of Technology and Science, Vadlamudi, IN

Abstract

A multi-processor/computer systems are connected by varieties of interconnection networks. To enable any non-faulty component (Node/Link ) to communicate with any other non-faulty component in an injured interconnection network, the information on component failure is to be made available to non-faulty components, so as to route messages around the faulty components. In this paper we have reviewed to adaptive routing schemes proposed by Dally and Aloki, Glass and Ni, and also the implementation details of reliable router. Moreover, it is proved that these schemes of routing messages via shortest paths with high probability and the expected length of routing path is very close to that of shortest path.

Keywords

Interconnection Networks, Message Passing Architecture, Fault Tolerance, Distributed Adaptive Routing.

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Reddy Veera Babu ¹, M. Venkata Rao ¹

Affiliations
1 Department of Computer Science, Vignan’s Lara Institute of Science and Technology, Guntur-13, IN

Abstract

In this paper we have proposed an idea called virtual marketplace that effectively utilizes the widespread and vast cellular phone infrastructure and the recent advances in sensor technology, leading to tremendous cost and time saving. This idea takes virtual markets to a new level of evolution, with unparalleled customer convenience, speed, quality assurance and reliability. Almost every item such as books, electronic goods, milk, vegetables, televisions and food items can be traded using this virtual market. Some of the key features are: (i) Wireless communication-enabled real-time inventory and (ii) logistics optimization (iii) quality control (iv) delivery people-human employees to pick up and deliver products and (v) real time authentication of transactions. The goal of this work is to develop an eco-friendly virtual market for potential buyers/sellers (such as enabling trade with in sustainable or ecological communities), providing an efficient client-server communication through Logistics optimization.

Keywords

Virtual Market, Wireless Communication, Reliability, Ecological Communities, Logistics Optimization.

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