Materi Kuliah

Kasus 5 untuk

• Kelompok 7
• Kelompok 8
• Kelompok 9

Kelompok 7

• 702010044 Canggih Satriyo Wicaksono
• 702010080 Mohamad Achmadi
• 702010087 Mikaela Megawati
• 702010113 Mur Purnia Putri

Kelompok 8

• 702010002 Aggraeni Saputri
• 702010057 Dani Rahma Fajria
• 702010139 Mariana Andatu
• 702011801Dianita Widayaningtyas

Kelompok 9

•  702010001 Setya Hendri Purnawan
• 702010072 Risal Hadi
• 702010079 Rizqi Edma Nugroho
• 702010085 Arzian Aditian Arumbaruma

This enterprise network currently has a network management system at the corporate network operations center (NOC), located in Minneapolis, which monitors only the 13 corporate routers. Develop a network management architecture that will allow monitoring of the routers as well as of all 190 user devices and dial-up routers, keeping the management traffic local to each area (Los Angeles, Minneapolis, and Washington, DC).

Kasus untuk Kelompok 4, 5, dan 6
Kelompok 4

• 702010048 Eka Prayitno Eriyanto
• 702010121 Joko Satrio
• 702010126 Eko Budi Prayitno
• 702012802 Nico Adi Cahyo

Kelompok 5

• 702010063 Rumini
• 702010123 Windarti Dharmasari
• 702010143 Yestina Martasari
• 702010168 Fariztin Citra Septiani

Kelompok 6

• 702010112 Elsa Lita Sari Immas Titi
• 702010148 Dhewi Chendani
• 702010157 Elisa Kristiani
• 702010169 Pandu Kusumadewi Pardiyasari

You are developing a network for a company’s online transaction processing (OLTP) application (e.g., a retail sales network). Its current system is a mainframe that has several terminals connected to it, either directly or through a terminal server, as in Figure 4.A. It is moving to a hierarchical client–server network, where there will be multiple regional database servers, each acting in a client–server fashion and updating each other’s regions via a database manager, as in Figure 4.B.

1. Show the probable data sources and sinks for both environments.
2. How does migrating from the mainframe environment to the hierarchical client–server environment modify the traffic flows in the network?
3.  In what ways does the network environment improve the traffic flows?
4.  What are some of the potential trade-offs between the two environments—for example, in security, management, and performance?

Kasus untuk Presentasi pada tanggal 21 November 2012
Kasus 1
Untuk Kelompok 1

• 672010171 Ragil Witcahyono
• 672010217 Iga Ayuningtyas

You want to test the performance of Web sessions across a wireless access network, between PCs and an IP router that terminates point-to-point protocol (PPP) and PPP over Ethernet (PPPoE) sessions, as shown in Figure 1. Describe how you would test performance, both on a testbed and on the existing network. List any equipment, software, and networking devices you would use.




Kasus 2
Untuk Kelompok 2

• 702010126 Eko Budi Prasetyo
• 702010133 Adi Prasetyo
• 702010140 Yohanes Daya Firmana
• 702010165 Samuel Agung Randhu Basuki

You are developing a network for the FAA for a telemetry processing application that consists of two components: an automated guidance-control system that will analyze telemetry data from airplanes, and a motion visualization system used by controllers at their workstations (Figure 2). In your analysis of this application you have determined that the application requires a maximum one-way delay of 20 ms between an airplane and the guidance-control system. In addition, controllers interact with airplanes via the motion visualization system with delays on the order of Human Response Time. Develop upper and lower delay bounds for this application, and show them on a graph.






Kasus 3
Untuk Kelompok 3

• 702010009 Christie Artha Yemima Lumban Raja
• 702010040 Norce Maribel Jenifer Noya
• 702010068 Hesti Herlinawati
• 702010104 Desi Liliancu

Consider the development of a demilitarized zone (DMZ), also known as an isolation LAN (iLAN), between two different networks (two different autonomous systems [ASs], managed by different  organizations). The purpose of a DMZ is to separate and isolate the two networks. Briefly outline what you consider to be the most important addressing/routing, network management, performance, and security requirements and issues for a DMZ. What are some potential external relationships between  addressing/routing, network management, performance, and security for this DMZ? How do the component architectures need to work together to achieve the goal of effectively isolating and separating the two autonomous systems?

Salam