International Journal on AdHoc Networking Systems (IJANS)

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In recent years, AdHoc networks have been attracting much interest in both academic and industrial communities. International Journal on AdHoc Networking Systems is an open access peer-reviewed journal that serves as a forum to discuss on ongoing research and new contributions. The journal addresses both practical and theoretical research in the areas of ad hoc networks, sensor networks, mesh networks and vehicular networks. Its main focus is on all issues from link layer up to the application layer. The journal solicits original technical papers that were not previously published and are not currently under review for publication elsewhere.

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International Journal on AdHoc Networking System (IJANS)
ISSN: 2249 – 0175 [Online] ; 2249 – 2682 [Print]
http://airccse.org/journal/ijans/ijans.html
Scope & Topics
In recent years, AdHoc networks have been attracting much interest in both academic and
industrial communities. International Journal on AdHoc Networking Systems is an open access
peer-reviewed journal that serves as a forum to discuss ongoing research and new contributions.
theoretical research in the areas of ad hoc networks, sensor networks, mesh networks, and
vehicular networks. Its main focus is on all issues from the link layer up to the application layer.
The journal solicits original technical papers that were not previously published and are not
currently under review for publication elsewhere.
Topics of interest include but are not limited to, the following
 Wireless mesh networks and cognitive networks
 Vehicular Networks and Protocols
 Mobile Ad Hoc Networks
 Sensor Networks
 MAC layer design for Ad-Hoc Networks and WSNs
 MAC Protocols (802.11, 802.15.4, UWB)
 Multi-channel, Multi-radio and MIMO Technologies
 Cross-layer Design and Optimization
 Wireless Local and Personal Area Networks
 Home Networks
 Ad Hoc Networks of Autonomous Intelligent Systems
 Novel Architectures for Ad Hoc and Sensor Networks
 Self-organizing Network Architectures and Protocols
 Transport Layer Protocols
 Routing Protocols (unicast, multicast, geocast, etc.)
 Media Access Control Techniques, Routing, and Transport Protocols
 Error Control Schemes
 Power-Aware, Low-Power, and Energy-Efficient Designs
 Synchronization and Scheduling Issues
 Mobility Management
 Capacity Planning and Admission Control in Ad-Hoc and Sensor Networks
 Handoff / Mobility Management and Seamless Internetworking
 Resource Management and Wireless QoS Provisioning
 Key Management, Trust Establishment in Wireless Networks
 Security and Privacy issues in Ad Hoc and Sensor Networks
 Reliability, Resiliency and Fault Tolerance Techniques
 Security, Privacy issues in Vehicular, DTNs, and Mesh Networks
 Operating Systems and Middle-Ware Support

 Novel Applications and Architectures for WSNs
 Modeling, Analysis and Performance Evaluation
 Measurements and Hardware and Software Platforms, Systems and Testbed
 Mobility-Tolerant Communication Protocols
 Location Tracking and Location-Based Services
 Resource and Information Management
 Security, Privacy and Fault-Tolerance Issues
 Experimental and Prototype and Test Beds
 Quality-of-Service Issues
 OFDM and MIMD techniques
 Cross-Layer Interactions
 Scalability Issues
 Performance Analysis and Simulation of Protocols
Paper Submission
Authors are invited to Submit papers for this journal through Email: ijans@aircconline.com.
Submissions must be original and should not have been published previously or be under
consideration for publication while being evaluated for this Journal.
Important Dates
 Submission Deadline : December 04, 2021
 Notification : January 04, 2021
 Final Manuscript Due : January 08, 2021
 Publication Date : Determined by the Editor-in-Chief
Contact Us
Here’s where you can reach us: ijans@aircconline.com or ijansjournal@yahoo.com

On-going revolution in ever-improving wireless communication enforces the necessity of a self configuring, rapidly deployable and infrastructure less network. MANET is such an autonomous wireless network that meets the requirements. At the same time MANET’s random behavior and absence of any central intelligence to gather unambiguous knowledge about user contexts complexes QoS maintenance and hampers proper utilization of network resources resulting into unnecessary handovers. In past, few policy driven handover approaches have been proposed for MANET but none of them explores a comprehensive policy design. Therefore in this paper we propose an adaptive and optimized policy based handover mechanism which is based on explicitly designed policies like load balancing, service discovery and next hop selection .Efficient procedures for these policies are also explored .This work predicts the high time of handover need on the basis of application specific needs of individual freely roaming mobile nodes, avoiding unnecessary handovers and provides efficient handover procedure with optimized resource consumption, reduced latency and interruption time.

An Efficient Routing Protocol for Mobile Ad Hoc Network for Secured Communica...

pijans

Security and reliable communication is challenging task in mobile Ad Hoc network. Through mobility of network device compromised with attack and loss of data. For the prevention of attack and reliable communication, various authors proposed a method of secured routing protocol such as SAODV and SBRP (secured backup routing protocol). The process of these methods work along with route discovery and route maintains, discovery and route maintained needed more power consumption for that process. The power of devices is decrease during such process and network lifetimes expire. In this paper, we modified the secured stateless protocol for secured routing and minimized the utilization of power during path discovering and establishment. For the authentication of group node used group signature technique and sleep mode threshold concept for power minimization. Our proposed technique is simulated in ns-2 and compare to other routing protocol gives a better performance in comparison to energy consumption and throughput of network.

As-Puma : Anycast Semantics In Parking Using Metaheuristic Approach

pijans

The number of vehicle used in the world are increasing day by day resulting in the obvious problem of parking of these vehicle’s in residential and vocational areas. We perceive the problem of vehicles parking in vocational establishments / malls. Today majority of parking systems are manual parking systems where in, on the spot, parking of the vehicle is done and a parking slip is generated and handed over to customer. This is cumbersome technique wherein various parking attendants in the parking areas manually keeps on informing the Parking inspector on how many free parking slots available so that only that many number of parking slips/tickets are generated as the number of free parking slots. We address the problem of parking in Delay Tolerant Network (DTN) by proposing metaheuristic driven approach of Ant Colony optimization (ACO) technique with anycast semantics models . Here we propose the parking architecture to solve the problem of parking especially in commercial areas with their design diagrams . In this architecture we apply the delivery model to deliver the packet correctly to the intended receiver. Using this we can book various parking’s through remote areas so that the customer can get the information about availability of various parking’s inside an area and the parking fare for each category of the automobile. Using this architecture the customer can get the prior knowledge about various vacant parking slots inside a parking area and he can book the corresponding parking from his location.

A Survey of Enhanced Routing Protocols for Manets

pijans

Mobile Ad Hoc Networks (MANETs) form a class of dynamic multi-hop networks consisting of a set of mobile nodes that intercommunicate on shared wireless channels. MANETs are self-organizing and selfconfiguring multi-hop wireless networks, where the network structure changes dynamically due to the node mobility. There exists no fixed topology due to the mobility of nodes, interference, multipath propagation and path loss. Hence efficient dynamic routing protocols are required for these networks to function properly. Many routing protocols have been developed to accomplish this task. In this paper we survey various new routing protocols that have been developed as extensions or advanced versions of previously existing routing protocols for MANETs such as DSR, AODV, OLSR etc.

Black Hole Attack Prevention Using Random Dispersive Routing for Mobile Adhoc...

pijans

Mobile Adhoc Networks is a wireless network and it has become an important technology in current years in which security has become an important problem. Black hole Attack is one of the promising and severe security attacks in mobile ad hoc networks which block the communication of secret data during packet delivery. Black hole attack directly attacks the node’s data traffic on the path and with intent drops, alters or delays the data traffic passing through that node. In other type of black hole attack which misleadingly replies for the route request which comes from the node which initiates the route discovery process that it has as much as necessary routes to the destination even it does not have path to the destination. This paper deals with prevention of black hole attacks using Shamir’s secret sharing and Random Multipath Routing Algorithm

Performance Analysis of Mtpr Routing Protocol in Power Deficient Node

pijans

Power conservation in Mobile Ad hoc Network (MANET) is a major challenge even today for researchers. To conserve it various power aware routing protocols have been proposed. These protocols do not take into consideration the residual power left in nodes. To find the impact of the same a simulator was designed in MATLAB-7.01. The routing protocol used in our simulation is Minimum Total Power Routing (MTPR) and different performance metrics such as path optimality, throughput and hop count were recorded in presence and absence of power scarce node. The result shows significant impact of power scarce node on MANET performance.