Medium Time Metric
... model, a routing protocol that chooses a path that minimizes the sum of the transmission times minimizes network resource consumption, and maximizes total flow capacity. ...
... model, a routing protocol that chooses a path that minimizes the sum of the transmission times minimizes network resource consumption, and maximizes total flow capacity. ...
Mobility Control
... fundamentally different from wired networks – Broadcast nature of the wireless medium. – Channel error-rates are several times higher than their wired counterparts. ...
... fundamentally different from wired networks – Broadcast nature of the wireless medium. – Channel error-rates are several times higher than their wired counterparts. ...
Spatial Throughput Of Multi-Hop Wireless Networks Under
... As it will be seen later, the measure of success of a transmission will be an achievable ergodic throughput of this channel. ...
... As it will be seen later, the measure of success of a transmission will be an achievable ergodic throughput of this channel. ...
Investigation of Certification ofUsabilty/UCD Professionals
... Upon the decrement of backoff counter, vehicle may either move to the next zone or stay in the original zone When coming into a new zone, different transmission probability is applied ...
... Upon the decrement of backoff counter, vehicle may either move to the next zone or stay in the original zone When coming into a new zone, different transmission probability is applied ...
Ch. 28 Q and A
... Goodput is the measure of how much *data* can be sent over the network – not including any network protocol overhead. E.g., Link has 200 Bps max – throughput. But, its layer 2 header is 100 bytes. So, only 100 Bps max of *data* can get through. Throughput is 200 Bps; goodput is 100 Bps. ...
... Goodput is the measure of how much *data* can be sent over the network – not including any network protocol overhead. E.g., Link has 200 Bps max – throughput. But, its layer 2 header is 100 bytes. So, only 100 Bps max of *data* can get through. Throughput is 200 Bps; goodput is 100 Bps. ...
Systems Area: OS and Networking
... Scale to large, small, long Cost effective Evolvable in resources Composable Security ...
... Scale to large, small, long Cost effective Evolvable in resources Composable Security ...
Remi Ando, Tutomu Murase, Masato Oguchi
... ssthresh is flexibly set by using the target bandwidth cwnd is led to keep the target bandwidth, and kept large as much as possible even in packet loss it avoids congestion collapsing ...
... ssthresh is flexibly set by using the target bandwidth cwnd is led to keep the target bandwidth, and kept large as much as possible even in packet loss it avoids congestion collapsing ...
Slide 1
... Srcr - find highest throughput route between pair of nodes Omnidirectional antennas give choice of links Dynamic source-routing (DSR) Each node maintains partial database of link ...
... Srcr - find highest throughput route between pair of nodes Omnidirectional antennas give choice of links Dynamic source-routing (DSR) Each node maintains partial database of link ...
Mesh Summit Multiradio
... • Previous metrics (HOP, ETX) not suitable for multiple radios per node – Do not leverage channel, range, data rate diversity ...
... • Previous metrics (HOP, ETX) not suitable for multiple radios per node – Do not leverage channel, range, data rate diversity ...
ppt - Iowa State University
... 1. Each throughput class i at station j is given a service quantum rate (Qij) equal to its required throughput 2. A deficit counter (DCij) is advanced at the rate Qij in a round robin fashion 3. Once a DCij becomes positive, the ith queue is allowed to send one packet 4. After transmission, DCij wil ...
... 1. Each throughput class i at station j is given a service quantum rate (Qij) equal to its required throughput 2. A deficit counter (DCij) is advanced at the rate Qij in a round robin fashion 3. Once a DCij becomes positive, the ith queue is allowed to send one packet 4. After transmission, DCij wil ...
CCNA 1 v3.0 - chu.edu.tw
... functions. • It encodes the data link frame into a pattern of 1s and 0s (bits) for transmission on the medium. ...
... functions. • It encodes the data link frame into a pattern of 1s and 0s (bits) for transmission on the medium. ...
Document
... Development of new TCP stacks and non-TCP protocols is required Multi-Gigabit transfers are possible and stable on current networks Complementary provision of packet IP & λ-Networks is needed The performance of the end host / disks is really important Application design can determine Perceived Netwo ...
... Development of new TCP stacks and non-TCP protocols is required Multi-Gigabit transfers are possible and stable on current networks Complementary provision of packet IP & λ-Networks is needed The performance of the end host / disks is really important Application design can determine Perceived Netwo ...
IPFIX
... • Packet trace captured within one of subnetworks in campus network in AGH University of Technology in Krakow: ...
... • Packet trace captured within one of subnetworks in campus network in AGH University of Technology in Krakow: ...
Hardware Building Blocks and Encoding
... (effective end-to-end throughput) Transfer t ime RTT (1/Bandwidt h) Transfer size We often think of throughput as measured performance. Implementation inefficiencies may cause the achievable bit rate to be less than the bandwidth for which the networks was designed. Throughput and Transfer Tim ...
... (effective end-to-end throughput) Transfer t ime RTT (1/Bandwidt h) Transfer size We often think of throughput as measured performance. Implementation inefficiencies may cause the achievable bit rate to be less than the bandwidth for which the networks was designed. Throughput and Transfer Tim ...