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.
 

Registry reported that their regional already in exhausted state. The IPv6 was proposed to substitute IPv4 network, but the implementation of this version cased many problems such as hardware compatibility. As temporary solution to this problem, 6to4 tunneling transition mechanism is introduced as one of many solutions. This mechanism used IPv4 network as communication media between two IPv6 networks. Thus, this kind of mechanism will affect the performance of Voice over Internet Protocol. VoIP demanded real-time communication by using UDP protocol between nodes. Unlike normal communication mode, real-time mode required data to be sent immediately ignoring the quality of data. This research evaluated the performance of 6to4 tunneling mechanism for Voice over Internet Protocol s communication between two nodes in native IPv6 networks.  

Internet of Thing is a new technology which enables small processing-capable devices to capture or retrieve information from a sensor and send the data to the central computer. This technology is useful for any sector especially agriculture, IoT can be used as monitoring or/and controlling the condition inside the cultivation. There are many kinds of agriculture cultivations, some of them have strict conditions due to the growth requirements. Oyster mushroom cultivation is one of many cultivations which requires strict temperature and humidity needed by oyster mushroom to growth optimal. The temperature inside the cultivation must be within 25 °C until 30 °C and humidity within 70% RH until 90% RH. Due to these strict requirements, the farmers required to check their cultivations every day and manually maintain the temperature and humidity, and this situation becomes a problem when the farmers own many cultivations. Hence, this research has a purpose to design an automatic monitoring system based on Internet of Things technology which utilizing the DHT22 sensor and Cayenne API as information retrieval medium to the computer. When using this device, the farmers can check their cultivation in the meantime without going inside the cultivation. This device will connect to the internet through wireless connectivity and send the captured information by the sensor to the farmers. The stored data from the cultivation can be exported as a CSV format if the farmers want to check the temperature and humidity statistic. The retrieved information from the sensor also displayed on the LCD attached to the device to ease the information reading near the cultivation.

Current communication can be carried out without having to come face to face, without limitation of space and time, namely through the internet. the availability of internet connectivity is a necessity for all people in almost all activities. The growth of internet users influences changes in the pattern of society in communicating and socializing also has an impact on business trends, one of which is the aspect of promotion and marketing. Conventional promotion through printed media has shifted to online media. Printed media turned to digital form which was then disseminated very easily through the internet to many people in general. This paper will examine the smarsofi application or smart social wifi application that utilizes connectivity accounts from wifi users to collect data. in this case is the visitor's data from a caf ©. The main objective is to facilitate the process of collecting visitors to the caf © connected to wifi, which will then be forwarded to the distribution (broadcast) of digital promotional content.