Volume 5, Issue 1, October 2015

 

 

 

Design of New Future Television Cloud Computing
Pages: 87-94 (8) | [Full Text] PDF (949 KB)
S M S Eldin
Faculty of computers and Information Technology, Taif University

Abstract - A design and implementation of new future TV Cloud Computing (ClComp) for international systems integration and bridging the gap between linear broadcast, information technology and Internet Protocol of television and mobile television is presented to help Authorized Groups (AuthGs) reach and engage audiences on any television screen. . The cloud design is applied to the Egyptian Radio and Television Union (ERTU). The applications, security, efficiency, flexibility, greater agility, less expenditure and to overcome geographic limitations which are the solution of the cloud are introduced to compete in a global market. The design and evaluation steps are addressed to insure the reliability and compatibility of cloud to the desired targets. A software package for audio watermarking has been presented as an example for its application to ensure protection, in case of saving, and security, in case of transmission of the media through the proposed cloud. The package contains many visual tests such as probability, spectrum, power and scatter diagrams to enable user to quickly investigate the content. All this application was done to suit the web–based where many departments can get benefit from anywhere and anytime according to department request and cloud polices.
 
Index Terms - AuthGs, Cloud Computing, ERTU, V-Model

Citation - S M S Eldin. "Design of New Future Television Cloud Computing." International Journal of Computer Engineering and Information Technology 5, no. 1 (2015): 87-94.
 

Design and Implementation of GPS (global positioning system) and wireless infrastructure for advertisement on geographical Basis
Pages: 95-101 (7) | [Full Text] PDF (430 KB)
E F Ali, E S U Khan, R Ullah, E N Muslim, E N Ahmad
Electrical Engineering Department IQRA National University, Peshawar Pakistan
Electrical Engineering Department Sarhad University of Science and IT, Peshawar Pakistan

Abstract - Today era is automation era all things is going to be instinctive and handled by a solo button. Everybody wants to perceive effortless clarification of the day to day complications. As an illustration, passengers are mainly bored just as they travel by public transport (Bus, Train etc). They fancy to getting common allurement for location based statistics like important local events, peak hours, city activities etc. So it is obligatory to enact an automated mechanism that may advertise any commercial agency in a vehicle by using GPS and wireless technology. This will gratify lacks of travelers, such as location deets, travelled range, time elapsed, and it will also boost transportation gross by commercializing billboards. The angle of introducing ease of travelling by regional transport and intensifying the prosperity for the passengers views are argued here and bulletin styles in transport services have been explained using GPS and wireless scenarios using experimental data.
 
Index Terms - GPS, Wireless Technology, Mobile Advertising, Location Advertising, Circuit-Maker 2000, NMEA

Citation - E F Ali, E S U Khan, R Ullah, E N Muslim, E N Ahmad. "Design and Implementation of GPS (global positioning system) and wireless infrastructure for advertisement on geographical Basis." International Journal of Computer Engineering and Information Technology 5, no. 1 (2015): 95-101.
 

Unequal Cost Multi-path Forwarding for the WSN Load Balancing
Pages: 102-106 (5) | [Full Text] PDF (154 KB)
G Kaur, R Chadha
Student, M.Tech(CSE), Head (CSE), CGCTC, Jhanjeri, Mohali, India

Abstract - The energy based routing protocols are the most appropriate routing techniques for the maximum lifetime of the sensor networks during their applications. In this research, we have proposed the new energy based routing protocol with energy aware routing and load balancing. The proposed model is intended to improve the efficiency of the proposed model. The proposed model has been designed with the multiple metric based tree-routing. The proposed tree-based routing protocol utilizes the residual energy, distance, hop-count, bandwidth and neighbor node id for the purpose of the metric calculation for every available route. The load balancing is enabled between the two or more than two available paths between the target node and base station. The proposed model offers the load balancing between two unequal cost paths with unequal load division for the purpose of efficient data delivery. The proposed model results have been obtained upon the various performance parameters of network load, transmission delay, throughput, energy consumption and route persistence. The experimental results have proved to be efficient and better in comparison with the existing models. The proposed model has been proved to be efficient on the basis of almost all of the given performance parameters.
 
Index Terms - Tree-Based Routing, WSN Routing, Energy Efficient Routing, Multi-Path Routing

Citation - G Kaur, R Chadha. "Unequal Cost Multi-path Forwarding for the WSN Load Balancing." International Journal of Computer Engineering and Information Technology 5, no. 1 (2015): 102-106.