MANET merupakan jaringan ad-hoc yang dibangun oleh perangkat-perangkat bergerak, salah satunya adalah laptop. Jaringan tersebut merupakan merupakan jaringan nir kawat. Jaringan tersebut bersifat infrastructure-less. Hal tersebut menyulitkan para pengguna untuk mengalokasikan uplink bandwidth bagi node/link kritikal. Untuk mengatasi hal ini, beberapa model QoS telah dikaji, diantaranya adalah FQMM, CBQoS, dan CBQ. Namun, pengujian ketiga model tersebut masih sebatas simulasi. Pada tugas akhir ini,bandwidth management tool didisain dan diimplementasikan untuk membatasi upstream throughput pada setiap client sebesar throttle rate. Program tersebut menggunakan metode Class Based Queue (CBQ) untuk classifying dan shapingpaket, dengan memanfaatkan protokol TCP/UDP. Pada tahap pengujian, hasil analisaaverage round trip times, throughputberada di atas throttle rate untuk semua data size (10, 50, 100, 500, 1000, 5000, dan 10000 bytes). Padaanalisa average response time dengandata size sebesar 5000 dan 10000 bytes, besarnya throughput melebihi throttle rate.Pengukuran throughputmenggunakan software QCheck untuk data size sebesar 500 dan 1000 kBytes, throughput di bawah throttle rate.Jarak maksimal antar node adalah ±100m. Kata kunci: MANET, bandwidth management tool, QoS, CBQ, jaringan ad-hoc

MANET is a form of ad-hoc network that consist of mobile device, such as laptop. The network is an infrastructure-less network. This kind of network allows peer-to-peer communication between nodes. Unavailability of BSS in this network, become an obstacle for user in order to allocate uplink bandwidth for each critical node/link. To solve this problem, many QoS model has been proposed, i.e FQMM, CBQoS, and CBQ. But unfortunately, the models is not realized yet. In this final project, a bandwidth management tool (program) is designed and and used to limit upstream throughput for each clint in value of throttle rate. The program use Class Based Queue (CBQ) method to do packet classifying and shaping, using TCP/UDP protocol. On testing phase, result of throughput calculation based on average round trup times is above throttle rate at all data size (10, 50, 100, 500, 1000, 5000, and 10000 bytes). For analysis based on average response times for data size value at 500 and 1000 kByte, throughput is above throttle rate. Result of throughput measurement using QCheck for data size 500 and 1000 kBytes, throughput is below throttle rate. Maximum range between node is ±100 m. Keywords: MANET, bandwidth management tool, QoS, CBQ, ad-hoc network

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