| Designing Mobile Alumni Tracer Study System Using Waterfall Method: an Android Based |
| Pages: 196-202 (7) | [Full Text] PDF (378 KB) |
| Sadi, DR Lucitasari, MSA Khannan |
| Universitas Pembangunan Nasional Veteran Yogyakarta, Department of Industrial Engineering, Yogyakarta |
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Abstract - The industrial revolution 4.0 has become a paradigm that is being widely discussed both in the industrial sector as well as in the field of education and currently the development of technology has become increasingly rapid with almost everyone currently having a handphone with an android operating system. This opportunity needs to be utilized for institutional development in the Industrial Engineering Department UPN Veteran Yogyakarta (IE UPNVY) especially for alumni searches. The data of alumni currently owned has not been systematically compiled and the alumni data entering the department is still very minimal. This study will develop an android application for tracking alumni of the IE UPNVY Study Program. The research methodology used is qualitative descriptive with a prototyping system development method and data collection techniques through interviews and observation. The tools used in designing Android applications to search IEUPNVY alumni are using Java JDK, Android SDK, Eclipse IDE, Android ADT. The expected results of this study are in the form of an android application for alumni search and analysis of alumni data obtained. Analysis in the form of a description of the graduates profile and the relevance of the Industrial Engineering Study Program curriculum through a survey approach. The variable profile of graduates includes: 1) the waiting period for graduates, 2) the percentage of graduates who have worked, and 3) the first income earned. |
| Index Terms - Alumni Tracer Study, Graduate Profiles, Curriculum, Android |
C itation - Sadi, DR Lucitasari, MSA Khannan. "Designing Mobile Alumni Tracer Study System Using Waterfall Method: an Android Based." International Journal of Computer Networks and Communications Security 7, no. 9 (2019): 196-202. |
| Towards proposing network topology for improving performance in Plateau State University Bokkos |
| Pages: 203-208 (6) | [Full Text] PDF (264 KB) |
| DK Aristarkus, S Palaniappan,T Purnshatman |
| Plateau State University Bokkos, Nigeria Malaysian University of Science and Technology, Malaysia |
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Abstract - This paper is concerned with the computer network of Plateau State Universities Bokkos, which is located in Plateau State, Nigeria, in the western part of Africa. The existing network topology of Plateau State University Bokkos (PSU) is being investigated via interview method of survey. With the help of the Technical Staff the University, information about the topology will be collected and/or confirmed via observation. The confirmed topology or layout will be design and simulated for behavioural outputs. Then, the outputs of the simulation of the two topologies will be analyzed, towards proposing a better topology for improving performance. CISCO Packets Tracer simulator will be used for all necessary designs and simulation. In the end a suitable topology requirement will be proposed for improving network performance in Plateau State University, being a newly established University. |
| Index Terms - Campus Area Network, Network Simulation, Comparative Analysis |
C itation - DK Aristarkus, S Palaniappan,T Purnshatman. "Towards proposing network topology for improving performance in Plateau State University Bokkos." International Journal of Computer Networks and Communications Security 7, no. 9 (2019): 203-208. |
| Increase the Lifetime of Wireless Sensor Networks by Minimizing Energy Consumption When Selecting Cluster Head uses Meta-Heuristic Algorithms |
| Pages: 209-215 (7) | [Full Text] PDF (317 KB) |
| M Sedighimanesh, A Sedighimanesh, J Baqeri |
| Department of Electrical, Computer and IT Engineering, Islamic Azad University of Qazvin, Qom, Iran |
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Abstract - A wireless sensor network, consist of a large number of the sensor nodes, which are distributed in a particular area, that each of them has an ability to collect information from the environment and sending data collected to the base station.Wireless sensor networks are severely limited resources, limited resources, including the amount of energy, short communication range, low bandwidth,limited memory and processing in each sensor. Hence the use of clustering algorithm that would reduce energy consumption and leads to bandwidth appropriate efficiency, is critical. In this paper ,we are studying LEACH, and ELEACH algorithms. And then we proposed a clustering approach using PSO(Particle swarm optimization) meta heuristic algorithm. The proposed algorithm is examined by simulation of MATLAB that simulation results in heterogeneous environments show that the proposed algorithm improved the network lifetime by more or less 75% than LEACH protocol, and approximately 55% compared to ALEACH. |
| Index Terms - Wireless Sensor Networks, Lifetime, Hierarchical Clustering, Particle Swarm Algorithm |
C itation - M Sedighimanesh, A Sedighimanesh, J Baqeri. "Increase the Lifetime of Wireless Sensor Networks by Minimizing Energy Consumption When Selecting Cluster Head uses Meta-Heuristic Algorithms." International Journal of Computer Networks and Communications Security 7, no. 9 (2019): 209-215. |