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Telecommunications Service Priority (TSP) is a United States program that authorizes national security and emergency preparedness organizations to receive priority treatment for vital voice and data circuits or other telecommunications services. As a result of hurricanes, floods, earthquakes, and other natural or man-made disasters ...
TSP is a programming language for the estimation and simulation of econometric models. TSP stands for "Time Series Processor", although it is also commonly used with cross section and panel data. The program was initially developed by Robert Hall during his graduate studies at Massachusetts Institute of Technology in the 1960s. [1]
TSP TALK was identified in a trade publication for federal executives in November 2006 as one of several sites providing collaboration and discussions relating to federal employee investments. [2] At the time, federal employees shared discussions of investment strategies , allocation theories, and held competitions on a member invented tracking ...
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A participant may leave their funds in the TSP, but if the employee does not withdraw the entire balance (or receive monthly payments or purchase an annuity) by April 1 of the year following the year the member turns age 72 (or, if the member separated from Federal service after age 72, the year following separation; unlike IRA rules which ...
Solution of a travelling salesman problem: the black line shows the shortest possible loop that connects every red dot. In the theory of computational complexity, the travelling salesman problem (TSP) asks the following question: "Given a list of cities and the distances between each pair of cities, what is the shortest possible route that visits each city exactly once and returns to the ...
The cost of the solution produced by the algorithm is within 3/2 of the optimum. To prove this, let C be the optimal traveling salesman tour. Removing an edge from C produces a spanning tree, which must have weight at least that of the minimum spanning tree, implying that w(T) ≤ w(C) - lower bound to the cost of the optimal solution.
These are the steps of the algorithm: Initialize all vertices as unvisited. Select an arbitrary vertex, set it as the current vertex u.Mark u as visited.; Find out the shortest edge connecting the current vertex u and an unvisited vertex v.