000			03314cam a2200265 a 4500
001			vtls000003828
003			VRT
005			20250102224236.0
008			090105s1995 njua | 000 0 eng d
020			_a013439092X
039		9	_a202302210944 _bshakra _c201402040120 _dVLOAD _c201005180930 _dmalmash _c200901050924 _dNoora _y200901050923 _zNoora
050	0	0	_aTK5105.7 _b.C689 1995
100	1		_aCosta, Janis Furtek. _938193
245	1	0	_aPlanning and designing high speed networks using 100VG-AnyLAN / _cJanis Furtek Costa.
246	3	0	_aHigh speed networks
246	3	0	_a100VG-AnyLAN
250			_a2nd ed.
260			_aUpper Saddle River, NJ : _bPTR Prentice Hall, _cc1995.
300			_aviii, 10, 104, 13, 15 p. : _bill. ; _c24 cm.
440		0	_aHewlett-Packard professional books _938194
505			_a1. Do You Really Know Your Network? Is your network congested? Ethernet Congestion. Ethernet Characteristics. Common Causes of Ethernet Congestion. Possible Solutions to Ethernet Congestion. Token Ring Congestion. Token Ring Characteristics. Common Causes of Token Ring Congestion. Congested Network Examples. Example 1: An Engineering Department. Example 2: Large Insurance Company: Records and Claims Headquarters. 2. 100VG-AnyLAN Technology and Network Design. Overview. 100VG-AnyLAN Network Components. The 100VG-AnyLAN Hub (Repeater). 100VG-AnyLAN Nodes. 100VG-AnyLAN Network Links. 100VG-AnyLAN Optional Interconnecting Devices. 100VG-AnyLAN and the OSI Model. OSI Data Link Layer (Layer 2). Logical Link Control (LLC). Media Access Control (MAC) Sublayer. The Demand Priority Protocol (DPP). Link Training MAC Frame Preparation. 100VG-AnyLAN MAC Frame. Bit Order in an IEEE 802.3 Frame. The IEEE 802.3 MAC Frame. Bit Order in an IEEE 802.5 Frame. The IEEE 802.5 MAC Frame. The IEEE 802.12 Training Frame. The IEEE 802.12 Void Frame. Physical Layer (Layer 1. The Physical Medium Independent (PMI) Sublayer. Quartet Channeling: Octet-to-Quintet. Conversion. Data Scrambling 5B6B Encoding (Quintet-to-Sextet Conversion). SFD and EFD Generation. PMI Function Example. The 100VG-AnyLAN Physical Layer Frame. Filler Bits Preamble. Start Frame Delimiter. End Sequence (End Frame Delimiter and Invalid Packet Marker). Error Detection in 100VG-AnyLAN. Physical Medium Dependent (PMD) Sublayer. 4-Channel Multiplexing. 5B/6B Block Encoding with Non-Return. Zero (NRZ) Symbol Shaping. 4-UTP Link Medium Operation. 2-56 2-STP and Fiber-Optic Link Medium. Operation. Data Flow on a Single-Level, 4-UTP Network. Data Flow on a 4-UTP, Cascaded Network. Data Flow in a 2-STP or Fiber-Optic Network. Cable Requirements on a 4-UTP 100VG-AnyLAN Network. Cable Specifications. Testing 100VG-AnyLAN 4 UTP Cable. Test Frequency. Attenuation. Characteristic Impedance. Z-Pair Pair-to-Pair. Crosstalk. Multiple.
520			_aNow including final IEEE standard information, this text explores the performance-enhancing network technologies, including 100VG-AnyLAN. Network planning and design is explored with an emphasis on 100VG-AnyLAN technology topology rules and design considerations. Other performance-enhancing network topologies, such as Ethernet switching, Token-Ring speed-enhancing, and routing are also discussed.
650		0	_aLocal area networks (Computer networks) _xPlanning. _938195
942			_2lcc _n0 _cBK
999			_c17025 _d17025