Probabilistic Reasoning
... Once the network is specified, we need only specify conditional probabilities for the nodes that participate in direct dependencies, and use those to compute any other probabilities. A simple Bayesian network (Fig 14.1) An example of burglary-alarm-call (Fig 14.2) The topology of the network can be ...
... Once the network is specified, we need only specify conditional probabilities for the nodes that participate in direct dependencies, and use those to compute any other probabilities. A simple Bayesian network (Fig 14.1) An example of burglary-alarm-call (Fig 14.2) The topology of the network can be ...
non-cooperative forwarding in ad-hoc networks
... small values of K (or L), a node may forward most of the requesting packets. In the following we characterize what value of K or L can be considered as large or small. Clearly this characterization will depend on f () and the network, i.e., p() and H (). If we fix K and increase the hop-length L, ...
... small values of K (or L), a node may forward most of the requesting packets. In the following we characterize what value of K or L can be considered as large or small. Clearly this characterization will depend on f () and the network, i.e., p() and H (). If we fix K and increase the hop-length L, ...
i +1
... When the number of times a node’s transmission is included in the parents transmission is below a threshold Assigning the node to a ring that can have a good number of parents Assign a node in ring i with probability p to : ...
... When the number of times a node’s transmission is included in the parents transmission is below a threshold Assigning the node to a ring that can have a good number of parents Assign a node in ring i with probability p to : ...
protocols and systems - Computer Science, Columbia University
... requests and responses – then uses ICE (interactive connectivity establishment) for NAT traversal ...
... requests and responses – then uses ICE (interactive connectivity establishment) for NAT traversal ...
10structured
... – A protocol is specified that allows a node to join or leave the network, properly rearranging the ideal overlay to account for their presence or absence ...
... – A protocol is specified that allows a node to join or leave the network, properly rearranging the ideal overlay to account for their presence or absence ...
An Improved Kademlia Protocol In a VoIP System
... require all of the remaining peers in the list for more backup channels.Those peers will return γ closest peers it knows from their own backup channels. βand γis a system-wide parameter. Returning peers would update the current backup channels. In this rate, local peer would get more information to ...
... require all of the remaining peers in the list for more backup channels.Those peers will return γ closest peers it knows from their own backup channels. βand γis a system-wide parameter. Returning peers would update the current backup channels. In this rate, local peer would get more information to ...
HD3312521256
... even. If the broken link is detected, then the metric is assigned as infinity and the sequence number is assigned to odd. In order to maintain consistency, each node periodically broadcasts its route and updates its routing table on the basis of received information from the neighbor routing table. ...
... even. If the broken link is detected, then the metric is assigned as infinity and the sequence number is assigned to odd. In order to maintain consistency, each node periodically broadcasts its route and updates its routing table on the basis of received information from the neighbor routing table. ...
d - Temple University
... hi=H(hi-1) and H is a known one-way hash function hn is added to the routing message and the ith node along a path has hi When a node receives an RREQ or RREP with (Hop_Count, hx), it checks hn= Hn-Hop_Count(hx) Hm(.) means applying the H function m times ...
... hi=H(hi-1) and H is a known one-way hash function hn is added to the routing message and the ith node along a path has hi When a node receives an RREQ or RREP with (Hop_Count, hx), it checks hn= Hn-Hop_Count(hx) Hm(.) means applying the H function m times ...
Source Flow: Handling Millions of Flows on Flow
... the edge node sends the modified packet to the next hop node (Figure 1-3). ...
... the edge node sends the modified packet to the next hop node (Figure 1-3). ...
