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WIRELESS NETWORK

WIRELESS NETWORK. Teknik Informatika – Unkris Hari : Kamis 14:30 - 16:00 Dosen : Agusman Yulianto, S.Si, M.Kom, M.Inf.Tech Hp : 081369780071 Email/YM/FB : agusmany@yahoo.com. DESKRIPSI MATA KULIAH

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WIRELESS NETWORK

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  1. WIRELESS NETWORK Teknik Informatika – Unkris Hari : Kamis 14:30 - 16:00 Dosen : Agusman Yulianto, S.Si, M.Kom, M.Inf.Tech Hp : 081369780071 Email/YM/FB : agusmany@yahoo.com

  2. DESKRIPSI MATA KULIAH Mata kuliah ini memberikan pemahaman konsep wireless network, manfaat dan aplikasi pada wireless network, komponen-komponen yang dibutuhkan untuk pemanfaat wireless network pada home office, kampus, metropolitan area network dan regional area network. Serta konsep keamanan yang bisa diterapkan pada wireless network. STANDAR KOMPETENSI Mahasiswa mampu memahami dan mengerti tentang konsep wireless network serta mampu merancang dan meng-aplikasikan teknologi wireless. INDIKATOR Setelah proses belajar mengajar mahasiswa dapat: •  Memahami teori, prinsip dan manfaat wireless network • Merencanakan dan merancangwirelessnetwork • Menggunakan dan mengintegrasikan wireless dan wired network • Mengaplikasikan security pada wireless network

  3. Pokok Bahasan • Pengenalan Technology Wireless • Pengertiandasar wireless Network • Standarteknologi wireless network : PAN, LAN, MAN, WAN dan RAN • ContohAplikasi-aplikasi wireless Network • Infrastruktur wireless network • Wireless Personal Area Network • 1. Pengertiandasar wireless PAN, contoh-contohpenggunaan wireless PAN • 2. KomponenWirelessPAN • 3. Sistemdanstandar protocols wireless PAN Protocols • Technology wireless PAN • - Bluetooth • - High Speed Data Rate WPAN • Wireless Local Area Network • PengertianDasar Wireless LAN • Komponen Wireless LAN • Sistem Wireless LAN : SOHO, Entrerprise, Public, adhoc • Standarprotokol technology Wireless Local Area Network : • (802.11 , WIFI,HiperLAN

  4. Aplikasi Wireless LAN • 1. Wireless LAN At Home • 2. Wireless LAN at Businees • 3. Wireless LAN on Campus • 4. Wireless LAN in the Community • 5. Wireless ISP • 5. Wireless Metropolitan Area Network • 1. KonsepDasar Wireless Metropolitan Area Network • 2. Komponen-komponen wireless Metropolitan Area Network • 3. StandarOperasi wireless MAN • 4. Standar Protocol Wireless MAN : 802.11, 802.16 6. Antenna dan Perambatan Gelombang Elektromagnetik • 7. Wireless Wide Area Network • KonsepDasar Wireless Wide Area Network • Komponen Wireless Wide Area Network • PrinsipKerja Wireless Wide Area Network • Technology Wireless Wide Area Network

  5. Wireless Regional Area Network • PengertianDasar Wireless Regional Area Network • Topologi Wireless Regional Area Network • Standar Protocol Wireless Wide Area Network- 802.22 9. UTS • PerluasanJarakJangkauan Wireless Network • Faktor Yang Mempengaruhi Jarak Jangkau Wireless Network • Teknologi yang diterapkan untuk perluasan jarak jangkauan wireless network • Wireless Bridging • Extend Outdoor Antenna • Pemasanan Multiple AP • Penguatan Signal • Modifikasi Antenna Penerima

  6. 11. Keamanan Wireless Network • KelemahanSistem Wireless Network • Ancaman-ancamanpadasistem wireless Network • Security DasarPadaSistem Wireless Network • Assosiationdan Authentication • Encryption • MAC Filter • Closed System • Proteksidari Public • Pengurangan transmit power dan managemen antenna • 12. KeamananTambahan Wireless Network • Authentikasi Server • WLAN with VPN • WLAN with VLAN • Wireless DMZ • 13. IP Mobility • KonsepDasar IP Mobility • Topology IP Mobility • Mobile IPV6

  7. WIMAX • KonsepDasar Wireless WIMAX • KomponenDasarWIMAX • StandarWIMAX • 802.16 • 802.16a • 802.16d • 802.16e • 15. Aplikasi Wireless Network MasaDepan • Mobile TV • Web 2.0 • Internet Telephony / SIP • Mobile Location Based / Location Based System • MIDP API for Multiplatform Application 16. UAS

  8. Introduction to Wireless - Wireless LANs transmit using radiofrequencies. -Wireless LANs are regulated by the same types of laws used to govern such things as AM/FM radios. - The Federal Communications Commission(FCC) regulates the use of wireless LAN devices Wireless LAN standard : IEEE : Institute of Electrical and Electronics Engineers is an organization within IEEE that develops global standards in a broad range of industries, including: power and energy, biomedical and health care, information technology, telecommunication, transportation, nanotechnology, information assurance, and many more. IEEE-SA has developed standards for over a century, through a program that offers balance, openness, fair procedures, and consensus. Technical experts from all over the world participate in the development of IEEE standards.[1] IEEE-SA is not a body formally authorized by any government, but rather a community. Formally recognized international standards organizations (ISO, IEC, ITU, CEN) are federations of national standards bodies (American ANSI, German DIN, Japanese JISC, etc.).[2] IEEE 802.11 IEEE 802.11b IEEE 802.11a IEEE 802.11g

  9. Access Role

  10. Benefits

  11. Network Extension

  12. Building to Building Connectivity

  13. Last mile data delivery

  14. Mobility

  15. Small Office Home Office

  16. END

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