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Description: ActiveTcl is ActiveState s quality-assured distribution of Tcl, available for AIX, HP-UX, Linux, Mac OS X, Solaris, and Windows
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Size: 20245504 |
Author: 马龙骧 |
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Description: 本程序为tcl程序，用于以ns2模拟ad hoc network.
本程序实作50个 nodes 在1000 * 1000公尺内随意移动的ad hoc network.
-the procedures for Philips procedures, NS2 used to mock ad hoc network. this program is for 50 nodes in 1000* 1,000 meters free mobile ad hoc network.
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Size: 3072 |
Author: 黎智 |
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Description: 802.15.4 mac 协议源程序，适合于ns2环境-802.15.4 mac protocol source code for the environment in ns2
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Size: 496640 |
Author: 余绪梅 |
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Description: 在NS环境下对aodv路由协议进行仿真，在研究mac层时，路由层直接用aodv就可以-NS environment in AODV Routing Protocol under the simulation, in the study mac layer, routing layer can be directly used AODV
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Size: 38912 |
Author: 王琳 |
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Description: 无线自组织网络MAC协议论文,硕士学位论文-paper on Self-organizing network of wireless MAC protocol
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Size: 4257792 |
Author: 谢坚 |
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Description: 无线传感器网络的mac层算法实现代码。S-mac算法。-Wireless sensor network algorithm code mac layer. S-mac algorithm.
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Size: 143360 |
Author: bingliang chen |
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Description: This a source file of TCL for ns2 platform to simulate two wireless network of Sensor nodes existing in the same space but having different frequencies. IT employs AODV routing with IEEE802.15.4 MAC and Network interface layer.-This is a source file of TCL for ns2 platform to simulate two wireless network of Sensor nodes existing in the same space but having different frequencies. IT employs AODV routing with IEEE802.15.4 MAC and Network interface layer.
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Size: 3072 |
Author: holypiston |
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Description: To support the varying Quality-of-Service (QoS) requirements of emerging applications such as those involving continuous media, a new standard IEEE 802.11e has been specified [1]. This standard aims to support QoS by providing differentiated classes of service at the medium access control (MAC) layer to enhance the ability of physical layers to deliver time-critical traffic in the presence of traditional data packets. The 802.11e standard defines four access categories (ACs). These four ACs have different transmission priorities. The transmission priority is the probability of successfully earning the chance to transmit when individual ACs are competing to access the wireless channel the higher the transmission priority, the better is the opportunity to transmit.-To support the varying Quality-of-Service (QoS) requirements of emerging applications such as those involving continuous media, a new standard IEEE 802.11e has been specified [1]. This standard aims to support QoS by providing differentiated classes of service at the medium access control (MAC) layer to enhance the ability of physical layers to deliver time-critical traffic in the presence of traditional data packets. The 802.11e standard defines four access categories (ACs). These four ACs have different transmission priorities. The transmission priority is the probability of successfully earning the chance to transmit when individual ACs are competing to access the wireless channel the higher the transmission priority, the better is the opportunity to transmit.
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Size: 1024 |
Author: mina |
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Description: To support the varying Quality-of-Service (QoS) requirements of emerging applications such as those involving continuous media, a new standard IEEE 802.11e has been specified [1]. This standard aims to support QoS by providing differentiated classes of service at the medium access control (MAC) layer to enhance the ability of physical layers to deliver time-critical traffic in the presence of traditional data packets. The 802.11e standard defines four access categories (ACs). These four ACs have different transmission priorities. The transmission priority is the probability of successfully earning the chance to transmit when individual ACs are competing to access the wireless channel the higher the transmission priority, the better is the opportunity to transmit.-To support the varying Quality-of-Service (QoS) requirements of emerging applications such as those involving continuous media, a new standard IEEE 802.11e has been specified [1]. This standard aims to support QoS by providing differentiated classes of service at the medium access control (MAC) layer to enhance the ability of physical layers to deliver time-critical traffic in the presence of traditional data packets. The 802.11e standard defines four access categories (ACs). These four ACs have different transmission priorities. The transmission priority is the probability of successfully earning the chance to transmit when individual ACs are competing to access the wireless channel the higher the transmission priority, the better is the opportunity to transmit.
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Size: 1024 |
Author: mina |
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Description: To support the varying Quality-of-Service (QoS) requirements of emerging applications such as those involving continuous media, a new standard IEEE 802.11e has been specified [1]. This standard aims to support QoS by providing differentiated classes of service at the medium access control (MAC) layer to enhance the ability of physical layers to deliver time-critical traffic in the presence of traditional data packets. The 802.11e standard defines four access categories (ACs). These four ACs have different transmission priorities. The transmission priority is the probability of successfully earning the chance to transmit when individual ACs are competing to access the wireless channel the higher the transmission priority, the better is the opportunity to transmit.-To support the varying Quality-of-Service (QoS) requirements of emerging applications such as those involving continuous media, a new standard IEEE 802.11e has been specified [1]. This standard aims to support QoS by providing differentiated classes of service at the medium access control (MAC) layer to enhance the ability of physical layers to deliver time-critical traffic in the presence of traditional data packets. The 802.11e standard defines four access categories (ACs). These four ACs have different transmission priorities. The transmission priority is the probability of successfully earning the chance to transmit when individual ACs are competing to access the wireless channel the higher the transmission priority, the better is the opportunity to transmit.
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Size: 2048 |
Author: mina |
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Description: Z mac is the medium access control which is the combination of both TDMA and CDMA
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Size: 22528 |
Author: pandiyan |
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Description: 10_100 0 Mbps tri-mode ethernet MAC implements a MAC controller
conforming to IEEE 802.3 specification. It is designed to use less than 2000
LCs/LEs to implement full function. It will use inferred RAMs and PADs to reduce
technology dependance.To increase the flexibility,three optional modules can be
added to or removed from the project.
A GUI configuration interface,created by tcl/tk script language,is
convenient for configuring optional modules,FiFo depth and verifcation
parameters. Furthermore,a verifcation system was designed with tcl/tk user
interface,by which the stimulus can be generated automatically and the output
packets can be verified with CRC-32 checksum.-10_100_1000 Mbps tri-mode ethernet MAC implements a MAC controller
conforming to IEEE 802.3 specification. It is designed to use less than 2000
LCs/LEs to implement full function. It will use inferred RAMs and PADs to reduce
technology dependance.To increase the flexibility,three optional modules can be
added to or removed from the project.
A GUI configuration interface,created by tcl/tk script language,is
convenient for configuring optional modules,FiFo depth and verifcation
parameters. Furthermore,a verifcation system was designed with tcl/tk user
interface,by which the stimulus can be generated automatically and the output
packets can be verified with CRC-32 checksum.
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Size: 3198976 |
Author: Gopi |
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Description: wsn里的s-mac协议源码，s-mac.tcl，希望大家能用到-wsn in the s-mac protocol source code, s-mac.tcl
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Size: 5120 |
Author: yubo |
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Description: 一些NS2的TCL源码，TCL脚本的，供大家分享，希望对大家有帮助。-Some NS2 of the TCL source code, TCL scripts for people to share, we want to help.
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Size: 15715328 |
Author: 苏美君 |
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Description: source code for NS2 simulator
for mac layer of 802.11(aggregation with fragment retransmission
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Size: 162816 |
Author: anna |
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Description: The network consists of ten hosts broadcasting bursts of three packets to the other hosts. When a broadcast is received a reply is sent back
to the sender.The hosts use "Mac80211" as MAC layer.
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Size: 10240 |
Author: manu |
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Description: Smac and global sleep for mac routing
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Size: 299008 |
Author: chandan saha |
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Description: Hybrid mac protocol ...its based on smac protocol
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Size: 178176 |
Author: chandan saha |
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Description: 1. Download the software ns-allinone-2.28 package
2. Download the latest ns-2 WiMAX module source code.
3. Unzip the ns-2 WiMAX module source code file.
4. Put the files from "mac" directory into ns-allinone-2.28\ns-2.28\mac.
5. Put the files which are in common and tcl respectively into ns-allinone-2.28\ns-2.28\common and ns-allinone-2.28\ns-2.28\tcl.
6. Modify the Makefile.in as follows
1. After the sentence mac/mac-802_3.o add:
mac/mac-802_16-base.o mac/mac-802_16-ss.o mac/mac-802_16-bs.o mac/mac-802_16-FSM.o mac/mac-802_16-timers.o 7. Go to the ns-allinone-2.28/ns-2.28 directory and execute "./configure", "make clean" and "make".
- 1. Download the software ns-allinone-2.28 package
2. Download the latest ns-2 WiMAX module source code.
3. Unzip the ns-2 WiMAX module source code file.
4. Put the files from "mac" directory into ns-allinone-2.28\ns-2.28\mac.
5. Put the files which are in common and tcl respectively into ns-allinone-2.28\ns-2.28\common and ns-allinone-2.28\ns-2.28\tcl.
6. Modify the Makefile.in as follows
1. After the sentence mac/mac-802_3.o add:
mac/mac-802_16-base.o mac/mac-802_16-ss.o mac/mac-802_16-bs.o mac/mac-802_16-FSM.o mac/mac-802_16-timers.o 7. Go to the ns-allinone-2.28/ns-2.28 directory and execute "./configure", "make clean" and "make".
Platform: |
Size: 314368 |
Author: Pham Truong |
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Description: 802.11p extension for the simulation of VANET and WAVE scenarios. It contains the new characteristics of MAC and PHY layers
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Size: 1024 |
Author: alainflecha |
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