Description: 一个cdma2000的系统仿真器，附英文手册-The cdma2000-UV Simulator estimates the performance of data transmissions at the physical layer
of the mobile communications technology cdma2000 1X. These wireless data transmissions enable
the communication between mobile stations (e.g., cellular phones, PDAs, laptops) and base
stations (i.e., the communication systems that provide network access to the final user). Examples
of these transmissions include voice, e-mails, and text messages. The simulation results are
calculated according to the simulation parameters set by the user. For example, the user may set a
non-moving mobile station in an indoor environment or a moving mobile station in a vehicular
environment. With the results obtained with the simulator, the user can perform different analyses
such as the degradation in system performance due to an increase of the number of mobile stations
or the effects of multipath channels on CDMA transmissions. Also, the cdma2000-UV Simulator
assists the user in understanding the Platform: |
Size: 10449920 |
Author:han |
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Description: 讨论各种无线通信
技术用于车载自组网的优缺点，并针对车载自组网的应用及特性提出搭建车间通信系统的设计思想和突破方
向-The advantages and disadvantages were discussed with analysis and comparison if various classes of
MAC and routing protocol were applied to VANET.According to the characteristics of VANET,the ideas and break-
through direction of inter-vehicle communication design of VANET were proposed Platform: |
Size: 1008640 |
Author:李超杰 |
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Description: Future vehicular networks are expected to deploy shortrange communication technology for inter-vehicle communication. In addition to vehicle-to-vehicle communication,users will be interested in accessing the multimedia-rich Internet from within the vehicular network. This motivates
a compelling application of Co-operative Networking in the
Vehicular Ad-Hoc network where the Ad Hoc network ex-tends and complements the Internet. The broadcast nature of the wireless medium drives us to explore different design
paradigms from the ones used in typical wired settings.
Platform: |
Size: 2454528 |
Author:kadd |
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Description: Future vehicular networks are expected to deploy short-
range communication technology for inter-vehicle commu-
nication. In addition to vehicle-to-vehicle communication,
users will be interested in accessing the multimedia-rich In-
ternet from within the vehicular network. This motivates
a compelling application of Co-operative Networking in the
Vehicular Ad-Hoc network where the Ad Hoc network ex-
tends and complements the Internet. The broadcast nature
of the wireless medium drives us to explore different design
paradigms from the ones used in typical wired settings.
Platform: |
Size: 2135040 |
Author:kadd |
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Description: Research towards meeting the higher demands for
higher data rates was the main reason for the birth of an
evolution technology towards the 4th generation mobile
communication systems. This evolution to the current 3rd
generation UMTS systems was given the name E-UTRA/UTRAN
Long Term Evolution (LTE) by the 3GPP. This paper analyzes
the requirements for this evolution and evaluates the
performance of the OFDM-LTE system under different
propagation impairments (AWGN and multipath fading
channels involving Pedestrian and Vehicular scenarios) in terms
of bit and symbol error rates (BER and SER) for different
modulation formats. Platform: |
Size: 3643392 |
Author:Dang Dung |
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Description: The project begins by summarizing the current status of research on VANETs, especially in the
field of simulation. Due to the high cost of implementing the necessary transmission systems
to study these vehicular networks, the search for situations as real as possible to obtain
reliable results from simulations makes it a basic tool for the study of such networks
communication. For the implementation and study of such simulations is needed two basic
tools: a vehicular movement simulator to set up and to simulate in the most realistic way the
movement of vehicles on a preset scene, and a network simulator, with which designs the
communication patterns between the vehicles and the physical characteristics of
transmissions. In our case, the vehicular simulator chosen is CityMob [29] and NCTUns [31] as
a network simulator. Platform: |
Size: 1541120 |
Author:ahmed |
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Description: A Vehicular Ad-Hoc Network (VANET) is a network where vehicles can disseminate
information such as traffic conditions, availability of free parking lots or content.
In order to fulfill VANET application requirements (Time To Live (TTL), information
distance spread), we need to use the available network resources (e.g., radio
capacity) optimally depending on the traffic conditions. While cellular-based approaches
(e.g., 3rd Generation mobile telecommunications (3G)) is suited for low
traffic conditions, dense traffic (where users might already use 3G) is particularly
suited for relying on Vehicle-to-Vehicle (V2V) communication (e.g., ad-hoc WIFI).
There is a clear need to adapt the dissemination strategy to the current traffic conditions
and application requirements. The optimal solution is based on combining
or alternating between cellular-based and opportunistic dissemination strategies. Platform: |
Size: 5004288 |
Author:ameur |
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Description: MIMO Vehicular communication documents. This documents are ieee publication on vehicle to vehicle communication based on Multiple input multiple output systems. I found it very useful for my research. You can open and access it. All the ebest Platform: |
Size: 4220928 |
Author:John |
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Description: Veins is an open source Inter-Vehicular Communication (IVC) simulation framework composed of an event-based network simulator and a road traffic microsimulation model. Platform: |
Size: 1587200 |
Author:第六人 |
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Description: IS015765-2 的协议，定义车载诊断系统网络层要求，提供在 CAN 数据链路层(IS011898
定义)上运行。虽说它最初设计是用在诊断系统上的，它同样适用于其它需要网络层协议
的 CAN 通信系统上。(The IS015765-2 protocol defines the vehicular diagnostic system network layer requirements provided at the CAN data link layer (IS011898)
Run on definition. Although it was originally designed for diagnostic systems, it also applies to other protocols that require network layer
On the CAN communication system.) Platform: |
Size: 3023872 |
Author:pbfz
|
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