Molecular Computing: Towards a Novel Computing Architecture by Weng-Long Chang, Visit Amazon's Athanasios V. Vasilakos

By Weng-Long Chang, Visit Amazon's Athanasios V. Vasilakos Page, search results, Learn about Author Central, Athanasios V. Vasilakos,

This textbook introduces a concise method of the layout of molecular algorithms for college students or researchers who're attracted to facing complicated difficulties. via various examples and routines, you are going to comprehend the most distinction of molecular circuits and conventional electronic circuits to control an analogous challenge and you may additionally find out how to layout a molecular set of rules of fixing any an issue from begin to end. The ebook starts off with an creation to computational features of electronic desktops and molecular computing, information illustration of molecular computing, molecular operations of molecular computing and quantity illustration of molecular computing and offers many molecular set of rules to build the parity generator and the parity checker of error-detection codes on electronic communique, to encode integers of alternative codecs, unmarried precision and double precision of floating-point numbers, to enforce addition and subtraction of unsigned integers, to build good judgment operations together with no longer, OR, AND, NOR, NAND, Exclusive-OR (XOR) and Exclusive-NOR (XNOR), to enforce comparators, shifters, raise, lessen, and to accomplish particular operations which are to discover the utmost variety of «1» and to discover the minimal variety of «1». The e-book is additionally an invaluable reference resource to humans new for the sphere of molecular computing.

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Extra resources for Molecular Computing: Towards a Novel Computing Architecture for Complex Problem Solving

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3 Integer Representation on Bio-molecular Computer 39 Consider that eight values for a sign-and-magnitude integer of three bits are, respectively, 000(+010), 001(+110), 010(+210), 011(+310), 100(-010), 101(-110), 110(-210) and 111(-310). 2. 2 is the number of bits for representing a sign-and-magnitude integer and its value is three. After the first execution of Step (0a) and the first execution of Step (0b) are performed, tube T1 = {x11} and tube T2 = {x01}. Then, after the first execution of Step (0c) is implemented, tube T0 = {x11, x01}, tube T1 = [ and tube T2 = [.

2) V4QP = +(V0T, |p1) and V4OFF = (V0T, |p1). (3) V2QP = +(VKprwvT, |p1) and V2QHH = (VKprwvT, |p1). (4) If (Detect(V2QP) = “yes”) then (4a) If (Detect(V4QP) = “yes”) then (4b) VQwvrwvT = (VQwvrwvT, V2QP). (4c) Append-head(VQwvrwvT, e10). Else (4d) VDcfT = (VDcfT, V2QP). (4e) Append-head(VDcfT, e11). EndIf Else (4f) If (Detect(V4QP) = “yes”) then (4g) VDcfT = (VDcfT, V2QHH). (4h) Append-head(VDcfT, e11). Else (4i) VQwvrwvT = (VQwvrwvT, V2QHH). (4j) Append-head(VQwvrwvT, e10). EndIf EndIf (5) If (Detect(VDcfT) = “yes”) then (5a) Read(VDcfT).

Repeat to execute Step (3a) until the nth bit, yn, in each bit pattern is processed. This is to say that tube T0 contains 2n combinational states in which each combinational state performs the function of a parity counter of n bits. 7 The Power for a Parity Counter of N Bits Consider that four states for a bit pattern, y2 y1, are, respectively, 00, 01, 10 and 11. 5. After the first execution of Step (0a) and the first execution of Step (0b) are performed, tube T1 = {y11} and tube T2 = {y01}. Next, the first execution of Step (0c) is finished, tube T0 = {y11, y01}, tube T1 = [ and tube T2 = [.

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