Keamanan Parkir UIN Walisongo Semarang saat ini bisa dikatakan kondisinya memprihatinkan. Tingginya kasus kehilangan kendaraan bermotor menimbulkan kecemasan bagi civitas akademika. Sistem parkir yang tradisional yaitu melakukan pengecekan KTP di pintu keluar kampus kurang efektif. Oleh karena itu perlu adanya sistem keamanan parkir yang modern dan terkomputerisasi, sehingga aktivitas keluar kendaraan dapat terekam dan disimpan secara otomatis. Berdasarkan permasalahan tersebut, maka penulis merancang Sistem Keamanan Parkir berbasis WEB sebagai bentuk peningkatan keamanan parkir kampus UIN Walisongo Semarang. Dengan menggunakan teknologi RFID (Radio Frequency Identification) yang ditanamkan pada kartu identitas, yang nantinya dapat digunakan sebagai alat otentikasi pengetikan akan masuk dan keluar area kampus. Untuk memberikan keamanan ganda, terdapat Fitur Live Camera dengan basis website yang berfungsi sebagai alat untuk memonitor kendaraan yang sedang parkir secara real time. Keluaran dari tugas akhir ini adalah menghasilkan sebuah prototipe sistem keamanan parkir. Tidak hanya perangkat keras khusus, tetapi juga desain perangkat lunak Sistem pemantauan kendaraan secara langsung berbasis Web. Sehingga pengguna fasilitas parkir bisa memantau kendaraannya dimana.
 

Abstract E-Government is a tool to improve relations with the community, now the development of E-Government in various world governments are monitored directly by the UN through the United Nations E-Government Survey. This monitoring uses the framework where in this EGDI there are 3 factors considered: Online Service Index, Telecommunication Infrastructure Index and Human Capital Index. But the determination of EDGI status is less accurate because it must be based on knowledge and processing of the number of existing data so that required a calculation that applies clustering method with data mining techniques. Kmedoids using clustering techniques, capable of producing optimal Bouldin Index values and this study also determines the medoid distance calculation to obtain optimal algorithm, the value obtained from Bouldin Index on the Chebyshev K-medoids method 0.593. Thus, the optimal clustering scheme with distance ratio is the minimum index value of K-medoids Chebyshev.

Jl Karanglo RW 03 Pedurungan Semarang is a densely populated environment, its people are very hungry for fast and accurate information. The internet is available which is relatively expensive as the main choice in finding the information needed. However, the cost is very expensive for a connection that must be paid every month. Although currently many CDMA and GSM modems available on the market are not enough to meet the need for speed of an internet connection. Although there are internet cafes established, they have not streamlined the cost and time of internet users in the area. The purpose of this study is to save the cost of bandwidth rental per month for unlimited connections, provide a stable internet connection that can be used for 24 hours straight, provide data transfer with bandwidth management, so as to better guarantee the quality of the internet connection. The system development method used is Prototyping which stages include identifying user needs, making a prototype, agreeing to the user, using a prototype. As a server, using Mikrotik Os where in Mikrotik Os there are several important and interesting features provided by Mikrotik itself, among those features are bandwidth management, firewall, DNS client chacing, and many other features provided by Mikrotik. With this Mikrotik provides stability of internet data transfer in accordance with the management of Mikrotik Os as a server. The client uses a Windows-based operating system, this is because the driver tool used is more compatible using a Windows operating system than using a Linux-based operating system, because it has to compile the driver.