ABSTRAKSI: Komunikasi tanpa kabel/nirkabel (Wireless) saat ini menjadi kebutuhan dasar atau gaya hidup baru masyarakat informasi. Jaringan wireless lebih fleksibel karena pada prakteknya jaringan wireless tidak membutuhkan kabel untuk menghubungkan komputer satu dengan yang lainnya. Komputer dan data tersebut nantinya akan dihubungkan dengan jaringan radio. Salah satu teknologi yang berkembang di bidang Wireless LAN (WLAN) adalah Wireless LAN Mesh Network yang merupakan salah satu bagian dari Wireless Mesh Network (WMN). Jaringan wireless mesh memiliki kelebihan-kelebihan, seperti selforganized dan self-configured. Selain itu jaringan wireless mesh dikenal juga dengan sifat self-healing, yaitu bagaimana jaringan ini memungkinkan untuk dapat melakukan rerouting maupun usaha lain untuk menjaga jaringannya tetap reliable.
Dari pengukuran didapat nilai throughput pada skenario 1 Pada jarak 10 meter nilai throughput 3.8043 MBit/sec dan nilai delay 0.0031835 sec, pada jarak 20 meter nilai throughput 3.7977 MBit/sec dan nilai delay 0.0033709 sec, pada jarak 30 meter nilai throughput 3.6682 MBit/sec dan nilai delay 0.0034802 sec, sedangkan pada jarak 40 meter nilai throughput 3.1054 MBit/sec dan nilai delay 0.0035566 sec. Jumlah hop yang berada antara client dan server sangat mempengaruhi nilai throughput dan round trip time. Dari percobaan anatara 1 sampai 4 hop diperoleh nilai throughptut 2.0211, 2.2836, 2.5015, 3.0615 MBit/sec dan nilai delay 0.0053438, 0.0047508, 0.0043619, 0.0036789 sec. semakin banyak hop di dianatara client dan server makan throughput akan meningkat sedangkan nilai delaysemakin menurun. Pengaruh jumlah user yang mengakses server pada jaringan wireless yang menggunakan protocol routing aodv menyebabkan pengaruh terhadap nilai throughput dan Delay. Semakin banyak user yang mengakses maka nilai throughput akan semakin turun dan nilai delay akan naik.Kata Kunci : ruting, ad-hoc, AODV, VOD, Video, wireless, meshABSTRACT: Communication without cable / wireless is now a basic need or a new lifestyle information society. Wireless networks are more flexible because, in practice, wireless networks do not need cables to connect computers to each other. Computer and data will be linked with the radio network. Of the technologies developed in the field of Wireless LAN (WLAN) is a Wireless LAN Mesh Network, which is one part of the Wireless Mesh Network (WMN). Wireless mesh network has certain advantages, such as self-organized and selfconfigured. In addition, wireless mesh networks, also known as self-healing properties, namely how these networks allow for rerouting or can make another effort to keep its network remains reliable.
From the measurements obtained throughput values in scenario 1 At a distance of 10 meters throughput value 3.8043 MBit / sec and the value of 0.0031835 sec delay, at a distance of 20 meters throughput value 3.7977 MBit / sec and the value of 0.0033709 sec delay, at a distance of 30 meters throughput value 3.6682 MBit / sec and the value of 0.0034802 sec delay, while at a distance of 40 meters the throughput of 3.1054 MBit / sec and the delay value 0.0035566 sec. The number of hops that lie between the client and server greatly affect the value of throughput and round trip time. From the experiments between 1 to 4 hops throughptut values obtained 2.0211, 2.2836, 2.5015, 3.0615 MBit / sec and the delay value 0.0053438, 0.0047508, 0.0043619, 0.0036789 sec. more and more hops in dianatara client and the server ate throughput will increase while the value decreased delaysemakin. Effect of number of users that access the server on a wireless network using AODV routing protocol causes the effect on the value of throughput and delay. More and more users are accessing the throughput value will increasingly come down and the delay value will rise.Keyword: ruting, ad-hoc, AODV, VOD, Video, wireless, mesh