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The number of on-road vehicles has increased by almost 140% over the past decade, thereby increasing pollution levels, congestion and fuel consumption. To contain such a situation, Vehicular Ad-Hoc Network (VANET) technology is almost on the verge of large scale practical deployment. Hence, the aim is to provide a system to control the above using VANET and to provide an infrastructure to reduce the...
MELISSA is a new Ground Based (GB) MIMO SAR system developed by JRC. Despite the successes of MELISSA, GB MIMO SAR sensors could be particularly suitable for many other applications such as MIMO MTI, 3-D ISAR systems and Automatic Target Recognition (ATR) which are still under investigation. This document is addressed for investigating the ability of MELISSA as ATR sensor. The results have proved...
To reduce the route length of MSW collection without intermediate facilities, A Waste Collection Vehicle Arc Routing Problem with turn constraints (WCVARPTC) model was proposed, which considers the actual traffic regulations: some streets can be traversed in only one direction, some turns will be forbidden when the common angle is too narrow. An asymmetric vehicle node routing problem (AVNRP) model...
This paper investigates a distributed formation control problem in an operator-vehicle network where each vehicle is remotely controlled by an operator. Each operator-vehicle pair is attacked by an adversary, who corrupts the commands sent from the operator to the vehicle following a partially unknown strategy. We propose a novel distributed control algorithm that allows operators to adapt their policies...
In VANETs, security is of prime concern. A successful attack by an adversary might have disastrous effects leading to loss of life. At times an adversary may perform event modification, false event generation, data aggregation and data dropping. To overcome these we present a robust algorithm VSRP (Vehicular Security through Reputation and Plausibility checks) to employ security in VANETs. The algorithm...
This paper highlights a framework for cyber surveillance of unlawful activities for critical infrastructure protection. The framework uses a computational grid based environment, which is capable of distributed data mining and real time surveillance.
Information fusion algorithms for data association and inference are applied to a representative intelligence gathering problem in which signals of intent are monitored by multiple imperfect sensors over a period of time. Two sets of algorithms are developed: a brute force set which makes best use of the data but is not efficient, and an approximate set which sacrifices some performance for efficiency...
For the traditional automotive burglarproof systems usually only rely on the simple remote control to the security which measures are not perfect and functions are too single. For solving the bugs of traditional ones, the author designs a new vehicle burglarproof system. The chip of S3C2410 is used for the core of microprocessor in ARM9 ,furthermore, the algorithm which is based on DDCT (Divided Discrete...
It is difficult to acquire the whole scene at the same time, when the size of a requiring scene is beyond the scope of a CCD camera. In this case, the requiring scene can be captured by several CCD cameras at one time, and the overlapped images can be acquired. Using the images, the whole scene is reproduced. This paper presents an approach of using multi-sensor and image mosaics technique to implement...
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