Giddy Ion Reloaded: Desktop Manager, Optimizer with Multi Utility Tool

The performance of our computer is vital in fulfilling the task of the user. The paper presents a solution for maintaining the performance of the computer specifically computers with Windows operating systems. In this article, the fundamental difference and problem of the Windows operating system are defined which roots in the architectural design of using single configuration storage. The security hole of windows authentication, the exploitation of Microsoft EFS, and the acquisition of password hashes from Microsoft SAM are also discussed. Various existing utility software is evaluated to investigate if they meet the user define criteria. This paper also proposes a user-level implementation of the AES 256 encryption algorithm for securing user files and a Network Blocking algorithm based on ARP Spoofing techniques that provide a user-level network monitoring capability. The proposed application is called “Giddy-ION Reloaded” which consists of four main modules; machine information acquisition and monitoring, machine optimization, machine cleaning, and tools module that is divided into submodule; encryption and decryption, network monitoring, desktop management, network optimization/ control, and task automation. The testing was conducted with the participants coming from a computer college, continuing education trainer/faculty, and various IT experts. The response from these groups was statistically treated and analyzed, where the Giddy ION rank top and shows promising results. The study is limited to windows machines with 64-bit support architecture. The developed application is ready for implementation and deployment as evidenced by its high overall performance rating as evaluated by the participants against the ISO 25010 standards.

Design and Implementation of Container Positioning System Based on Wireless Sensor Network

<span style="font-family: 'Times New Roman',serif; font-size: 10pt; mso-fareast-font-family: 'Times New Roman'; mso-fareast-language: DE; mso-ansi-language: EN-GB; mso-bidi-language: AR-SA;" lang="EN-GB">This paper aims to create an efficient container yard management system. For this purpose, a gantry crane management subsystem was designed and implemented for container information management based on the wireless sensor network (WSN). The system consists of a set of desktop management software and three different types sensor nodes, and locates the container via the two-way symmetrical time-of-arrival (TS-TOA) positioning approach. In this way, the subsystem enhances the accuracy of container positioning without elevating hardware cost. Through the implementation of the hardware and software systems, it is proved that the user can successfully locate the container, read and update cargo information, and complete similar operations through human-computer interaction in the desktop management software. Overall, this research greatly improves the efficiency of container management at the port, and helps to reduce the operational cost and port congestion.</span>

OPTIMASI PENGELOLAAN DAN PENGAWASAN PRAKTIKUM DI LABORATORIUM KOMPUTASI PROGRAM STUDI TEKNIK INFORMATIKA FAKULTAS TEKNIK UNIVERSITAS 17 AGUSTUS 1945 SURABAYA

For a program of study, the laboratory is one of the infrastructure to increase student competency. The task of each laboratory practicum one of which is held to be conducted every semester. Computing Laboratory in carrying out practical work using computers to increase student competence to do with programming capabilities. In order to achieve the objectives that were set up from any lab work, it is necessary to good management and supervision in its implementation. Therefore, to assist the management and supervision of this, it should be made a tool in the practical implementation in Laboratoium Computing. With the Remote Desktop Application To Computing Laboratory is expected to help improve the quality of practical implementation. This application can be used for purposes of monitoring and supervision of the use of computers in a lab. One of the forms of violations committed in following the practicum students are using computers that are not in accordance with practical needs. Remote Desktop application is expected to help overcome these problems, especially those related to restrictions on the use of applications, timing of lab work, and also for the practical assessment. In the end, the utilization of remote desktop applications are expected to help the performance of the Computing Laboratory in carrying out practical work in each semester.Keywords : Remote Desktop, Management and Supervision, Practical, Laboratory

The Research for Building Campus Cloud Services Platform which is Based on Virtualization Technology

With the rapid development of information, many universities have made great achievements in the construction of hardware and software, but there are still some problems,such as act of somebody own free will, repeated constructions, low utilization rate of equipment, poor sharing of resources and so on, resulting in a serious waste of resource.In this paper,we use the VMware vCloud and vSphere cloud infrastructure platform of VMware.CO to arrange VMware view,accomplish integration of server resources,dynamic allocation,the balance of loading,and improve the utilization rate of equipment,which is useful for IT management of universities and desktop management centralized and automation.