… A block error correction code can be represented as a threetuple, (n, M, d), where n is the
number of bits in each word in a code; M is the number of words in the code; and d is the …

Motivation: Biological system behaviors are often the outcome of complex interactions among
a large number of cells and their biotic and abiotic environment. Computational biologists …

… Flat, connecting the graph through a node N. The Hill-Toe object will start the command
sequence for the edge leaving node N and entering the hill with a spin-in-place command to cor- …

… In our case, the number of rectangles will be n/ρ, where n is the total number of states in the
state space. The number of visible line segments cut cannot exceed 2ρ. So the time to insert …

Billions of dollars are traded automatically in the stock market every day, including algorithms
that use neural networks, but there are still questions regarding how neural networks trade. …

… Given: • a set of n tasks which are interdependent and may require transfer of data between
them, denoted as … For the scheduling problem defined in Section 1, the goal is to find an …

… *N*1 representation of an amino acid sequence is the input of the network, where M is the
length of the amino acid sequence and N … a dynamic value, which depends on the value of N. …

… Elsewhere, [Flann, 1989], we describe the logical language it employs and the … n that
required less-than-or-equal-to m training examples to obtain correct performance. The quantity n/…

… Temperature was then lowered every n function evaluations, where n was set to equal the
population size. The cooling schedule was geometric, where T/+t = aT/ and a set such that the …

… where n is the number of nodes on the output layer (n = 90), Y is the normalized output
parameters of FEM, and ˆY is the normalized predicted output parameters. Nodes on each hidden …