Accepted Papers
- A New Approach of Concurrent Call Handling Procedure in Mobile Networks
P. K. Guha Thakurta,Misha hungyo,Jahnavi k,Darakshan Anwar,National Institute of Technology, IndiaABSTRACT
A new approach for handling concurrent call requests by a number of senders in mobile cellular network is proposed in this paper. The concurrent access is resolved with the introduction of semaphore concept. The several factors are identified to establish a priority factor (PF) for the sender node. Based on this PF value, the right sender is selected by the receiver in case of concurrent requests. This selection algorithm executes in linear time. The effectiveness of the proposed model is analyzed with the introduction of progress graph. - Integrated Mobile Marketing Communications
Nazneen Pendhari1, Uday Pandit Khot2 and Amjad Pendhari3, 1M.H.S.S.C.E., India, 2S.F.I.T, India and 3Leo Burnett, IndiaABSTRACT
Mobile devices are getting better and better everyday with better user interface, ease of use and fast processing. In addition, to this the business and marketers started evaluating mobile as potential marketing channel to reach out to the consumers and is becoming the integral part of their marketing strategy to achieve higher goals for their product or services. This paper outlines some of the most appropriate strategic approaches for effectively leveraging mobile in marketing & brand communication.
Keywords Quantitative - ENERGY PRESERVING ADHOC ON-DEMAND ROUTING PROTOCOL
R.K Yadav and Jatin Arora, Delhi Technological University, IndiaABSTRACT
Wireless devices use has been increased drastically in the last decade. To provide communication between the node which are mobile in nature and using wireless network some protocols were developed to provide faster transmission between the nodes in the network. But most of them lack in conserving the energy of the nodes to maximize the network lifetime. Energy is the main constraint in a wireless network. Each network device is running on the battery which is always limited source of energy. Hence the routing protocol should take energy of nodes as a valuable metric to perform routing which results in maximum network lifetime. Several protocol were already developed for routing in mobile adhoc network (manet) in this paper we enhance the adhoc on-demand distance vector (aodv) which is widely used for routing in manet. This paper improves aodv protocol to optimize the routing which preserves energy to increase the network lifetime. - Effects of Node mobility on Energy Efficiency for Delay Sensitive routing algorithm in Underwater Sensor network
Akanksha Dubey and Narendra Rathod,Shree Vaishnav institute of technology and science,IndiaABSTRACT
Underwater wireless sensor networks (UW-WSN) is the important field in the broad area computer networks, it consist of sensor nodes and its properties. It is different from the ground-based wireless sensor networks in terms of the communication methods and the mobility of the nodes. In this research we studied many geographical routing protocols on the basis of node mobility in sparse and dense underwater network. We also provide node mobility characteristics and different mobility models which are used to perform impact of node mobility on the system performance in terms of energy efficiency. We use distributed delay sensitive routing algorithm to perform node mobility concept to present the performance on energy efficiency. - MOBILE COMPUTING AND M-COMMERCE SECURITY ISSUES
Krishna Prakash and Balachandra,Manipal Institute of Technology,IndiaABSTRACT
The radical evolution of computers and advancement of technology in the area of hardware (smaller size, weight, low power consumption and cost, high performance) and communications has introduced the notion of mobile computing. Mobile Commerce is an evolving area of e-commerce, where users can interact with service providers through a mobile and wireless network using mobile device for information retrieval and transaction processing. Mobile wireless market is increasing by leaps and bounds. The quality and speeds available in the mobile environment must match the fixed networks if the convergence of the mobile wireless and fixed communication network is to happen in the real sense. The challenge for mobile network lie in providing very large footprint of mobile services with high speed and security. Online transactions using mobile devices must ensure high security for user credentials and it should not be possible for misuse. The paper discusses issues related to M-Commerce security.