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<section name="raw"> <SEQUENTIAL> <record key="001" att1="001" value="IHS101243601" att2="IHS101243601">001 IHS101243601</record> <field key="037" subkey="x">englisch</field> <field key="050" subkey="x">Buch</field> <field key="076" subkey="">Ökonomie(Formalwissenschaft)</field> <field key="100" subkey="">hillier, frederick s.</field> <field key="104" subkey="a">lieberman, gerald j.</field> <field key="331" subkey="">introduction to operations research</field> <field key="403" subkey="">6. pr.</field> <field key="410" subkey="">san francisco, cambridge, london</field> <field key="412" subkey="">holden-day</field> <field key="425" subkey="">1970, july</field> <field key="433" subkey="">x, 639 pp.</field> <field key="451" subkey="">holden-day series in industrial engineering and management science</field> <field key="451" subkey="h">lieberman, gerald j. (ed.) ; schultz, andrew, jr. (ed.)</field> <field key="517" subkey="c">from the table of contents: methodology: introduction; planning an operations research study; fundamentals: probability theory;</field> <field key="sta" subkey="t">istical inference and decision theory; techniques. mathematical programming: linear programming; special types of linear</field> <field key="pro" subkey="g">ramming problems; network analysis, including pert; dynamic programming; game theory; techniques. probabilistic models:</field> <field key="que" subkey="u">eing theory; the application of queueing theory; inventory theory; markov chains and their applications; simulation;</field> <field key="tec" subkey="h">niques. advanced topics in mathematical programming: advanced topics in linear programming; integer programming; nonlinear</field> <field key="pro" subkey="g">ramming; appendices: convexity; classical optimization methods; matrices and matrix manipulations; simultaneous linear</field> <field key="equ" subkey="a">tions; tables;</field> <field key="544" subkey="">4534-A</field> </SEQUENTIAL> </section> Servertime: 0.679 sec | Clienttime:
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