文件名称:nist_aodv_model
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Abstract—IEEE802.11 RTS/CTS handshake to avoid a packet
collision with the transmissions hidden terminals. Although
RTS/CTS handshake effectively reduces packet collisions with
hidden terminals, it also increases transmission overhead of
IEEE802.11. In this paper, we discuss transmission overhead
of IEEE802.11 induced by RTS/CTS handshake, and propose
a new adaptive RTS/CTS control method on the basis of
existence of hidden terminals, for mitigating transmission overhead
of Results computer simulations confirm
that our proposed method improve throughput performance in
around the saturated traffic environment.-Abstract—IEEE802.11 RTS/CTS handshake to avoid a packet
collision with the transmissions hidden terminals. Although
RTS/CTS handshake effectively reduces packet collisions with
hidden terminals, it also increases transmission overhead of
IEEE802.11. In this paper, we discuss transmission overhead
of IEEE802.11 induced by RTS/CTS handshake, and propose
a new adaptive RTS/CTS control method on the basis of
existence of hidden terminals, for mitigating transmission overhead
of Results computer simulations confirm
that our proposed method improve throughput performance in
around the saturated traffic environment.
collision with the transmissions hidden terminals. Although
RTS/CTS handshake effectively reduces packet collisions with
hidden terminals, it also increases transmission overhead of
IEEE802.11. In this paper, we discuss transmission overhead
of IEEE802.11 induced by RTS/CTS handshake, and propose
a new adaptive RTS/CTS control method on the basis of
existence of hidden terminals, for mitigating transmission overhead
of Results computer simulations confirm
that our proposed method improve throughput performance in
around the saturated traffic environment.-Abstract—IEEE802.11 RTS/CTS handshake to avoid a packet
collision with the transmissions hidden terminals. Although
RTS/CTS handshake effectively reduces packet collisions with
hidden terminals, it also increases transmission overhead of
IEEE802.11. In this paper, we discuss transmission overhead
of IEEE802.11 induced by RTS/CTS handshake, and propose
a new adaptive RTS/CTS control method on the basis of
existence of hidden terminals, for mitigating transmission overhead
of Results computer simulations confirm
that our proposed method improve throughput performance in
around the saturated traffic environment.
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下载文件列表
nist_aodv_model/aodv_ack.ic.m
nist_aodv_model/aodv_app_manager.pr.c
nist_aodv_model/aodv_app_manager.pr.m
nist_aodv_model/aodv_app_sink.pr.c
nist_aodv_model/aodv_app_sink.pr.m
nist_aodv_model/AODV_DATA.pk.m
nist_aodv_model/aodv_nack.ic.m
nist_aodv_model/aodv_node.nd.m
nist_aodv_model/aodv_notice_to_send.ic.m
nist_aodv_model/aodv_notice_to_serve.ic.m
nist_aodv_model/AODV_RERR.pk.m
nist_aodv_model/aodv_routing.pr.c
nist_aodv_model/aodv_routing.pr.m
nist_aodv_model/AODV_RREP.pk.m
nist_aodv_model/AODV_RREQ.pk.m
nist_aodv_model/aodv_wlan_mac.pr.c
nist_aodv_model/aodv_wlan_mac.pr.m
nist_aodv_model/aodv_wlan_mac_interface.pr.c
nist_aodv_model/aodv_wlan_mac_interface.pr.m
nist_aodv_model/billiard_mobility.pr.c
nist_aodv_model/billiard_mobility.pr.m
nist_aodv_model/fifo.ex.c
nist_aodv_model/fifo.h
nist_aodv_model/lmnh
nist_aodv_model/NIST_AODV-18_nodes_scenario.ac
nist_aodv_model/NIST_AODV-18_nodes_scenario.nt.log
nist_aodv_model/NIST_AODV-18_nodes_scenario.nt.m
nist_aodv_model/NIST_AODV-18_nodes_scenario.pb.m
nist_aodv_model/NIST_AODV-18_nodes_scenario.s1.nt.so
nist_aodv_model/NIST_AODV-18_nodes_scenario.seq
nist_aodv_model/NIST_AODV.prj
nist_aodv_model/scenario_description
nist_aodv_model/sim_attrs.ef
nist_aodv_model/wlan_chanmatch.dev64.i0.ps.obj
nist_aodv_model/wlan_chanmatch.ps.c
nist_aodv_model/wlan_control.pk.m
nist_aodv_model/wlan_ecc.dev64.i0.ps.obj
nist_aodv_model/wlan_ecc.ps.c
nist_aodv_model/wlan_mac.pk.m
nist_aodv_model/wlan_mac_ind.ic.m
nist_aodv_model/wlan_mac_request.ic.m
nist_aodv_model/wlan_propdel.dev64.i0.ps.obj
nist_aodv_model/wlan_propdel.ps.c
nist_aodv_model/wlan_rxgroup.dev64.i0.ps.obj
nist_aodv_model/wlan_rxgroup.ps.c
nist_aodv_model/wlan_support.ex.c
nist_aodv_model
nist_aodv_model/aodv_app_manager.pr.c
nist_aodv_model/aodv_app_manager.pr.m
nist_aodv_model/aodv_app_sink.pr.c
nist_aodv_model/aodv_app_sink.pr.m
nist_aodv_model/AODV_DATA.pk.m
nist_aodv_model/aodv_nack.ic.m
nist_aodv_model/aodv_node.nd.m
nist_aodv_model/aodv_notice_to_send.ic.m
nist_aodv_model/aodv_notice_to_serve.ic.m
nist_aodv_model/AODV_RERR.pk.m
nist_aodv_model/aodv_routing.pr.c
nist_aodv_model/aodv_routing.pr.m
nist_aodv_model/AODV_RREP.pk.m
nist_aodv_model/AODV_RREQ.pk.m
nist_aodv_model/aodv_wlan_mac.pr.c
nist_aodv_model/aodv_wlan_mac.pr.m
nist_aodv_model/aodv_wlan_mac_interface.pr.c
nist_aodv_model/aodv_wlan_mac_interface.pr.m
nist_aodv_model/billiard_mobility.pr.c
nist_aodv_model/billiard_mobility.pr.m
nist_aodv_model/fifo.ex.c
nist_aodv_model/fifo.h
nist_aodv_model/lmnh
nist_aodv_model/NIST_AODV-18_nodes_scenario.ac
nist_aodv_model/NIST_AODV-18_nodes_scenario.nt.log
nist_aodv_model/NIST_AODV-18_nodes_scenario.nt.m
nist_aodv_model/NIST_AODV-18_nodes_scenario.pb.m
nist_aodv_model/NIST_AODV-18_nodes_scenario.s1.nt.so
nist_aodv_model/NIST_AODV-18_nodes_scenario.seq
nist_aodv_model/NIST_AODV.prj
nist_aodv_model/scenario_description
nist_aodv_model/sim_attrs.ef
nist_aodv_model/wlan_chanmatch.dev64.i0.ps.obj
nist_aodv_model/wlan_chanmatch.ps.c
nist_aodv_model/wlan_control.pk.m
nist_aodv_model/wlan_ecc.dev64.i0.ps.obj
nist_aodv_model/wlan_ecc.ps.c
nist_aodv_model/wlan_mac.pk.m
nist_aodv_model/wlan_mac_ind.ic.m
nist_aodv_model/wlan_mac_request.ic.m
nist_aodv_model/wlan_propdel.dev64.i0.ps.obj
nist_aodv_model/wlan_propdel.ps.c
nist_aodv_model/wlan_rxgroup.dev64.i0.ps.obj
nist_aodv_model/wlan_rxgroup.ps.c
nist_aodv_model/wlan_support.ex.c
nist_aodv_model
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