期刊名称：International Journal of Computer Trends and Technology
电子版ISSN：2231-2803
出版年度：2019
卷号：67
期号：11
页码：99-103
DOI：10.14445/22312803/IJCTT-V67I11P117
出版社：Seventh Sense Research Group
摘要：The enormous number of applications peer assisted wireless communication and combining mobile platforms such as manned and unmanned vehicles is an enabler for an enormous amount of applications. A main enabler for the applications is the routing protocol that guides the packets in network. Generally, assumptions on full connectivity is not valid for routing packets in fully connected mobile as hoc networks(MANETs) has been studied in a real time system. In network structure routing protocol must lever alternating connection and end to end connections. Proposed new algorithm termed geographical routing algorithm named “location aware routing for delay tolerant (LAROD), improved along with location service, location dissemination service(LoDis)”, both these suit an intermittently connected MANET.Here, partial knowledge of geographical position “location dissemination takes time in ICMANETs LAROD is planned to route packets”. To accomplish little overhead, a beaconless approach joined with a position based resolution of bids when forwarding packets used by LAROD. Which is simplified with the support of broadcast conversation united with routing eavesdropping. This algorithm ix examined under real time environment application i.e. unmanned aerial vehicles deployed in a reconnaissance scenario with the help of low level packet simulator2. The main objective is to sound design selections in an accurate application with holistic selections in routing location management and the mobility model. The complete approach defends together important and possible excellent if continuing a local database of node locations. The LARODLoDis system is associated with important delaytolerant routing algorithm and is presented to have a competitive edge both in terms of delivery ratio an overhead. For spray and wait competitive edge both in expressions of delivery proportion an above. This case convoluted a fresh Packetlevel implementation in ns2 different to the original connection level custom simulator for spray and wait..
关键词：Convolution Neural Network(CNN); Internet of Things (IoT); Radio Frequency Identification(RFID); arduino
