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Dynamical memory

The program uses dynamic memory allocation within a memory limit that must be set manually if the default is insufficient. The program does store data in scratch files, but the size of these files has been kept to a minimum. The output is neatly formatted, but designed for wide carriage printers. [Pg.339]

MOPAC 2000 is the most recent commercial version of MOPAC. It includes improvements in a number of areas. The MNDO/d and AMl-d Hamiltonians are also now available. The program uses dynamic memory allocation. This results in calculations requiring less memory for small molecules and at the... [Pg.342]

The MOSEET has three regions of operation. The cutoff region occurs for V g < Up. In this region, the drain-to-source current is the reverse saturation current of the back-to-back source and drain junctions. This leakage current is small but nonzero and allows charge to leak off capacitors which are isolated by cutoff MOSFETs. Because this is how bits are stored in dynamic memory (DRAM) ceUs, DRAMs must be regularly refreshed to retain their memory. [Pg.352]

UPS is also a large technology company and a telecommunications company. It operates the largest DB2 database in the world with 412 terabytes of dynamic memory. Its mainframe capacity allows for the transmission of more than 22 million instructions per second. UPS employs over 4,700 employees in its technology unit, and it also operates the world s largest phone system. UPS s mobile radio network transmits more than 3 million packets of tracking data each day. Its communication scale is further illustrated by the fact that it has over 145 million hits per business day on its website with peak days of 252 million hits. It processes 10 million tracking requests a day. [Pg.36]

Redox-activated Switches for Dynamic Memory Storage... [Pg.144]

The 7600 used is located at Lawrence Berkeley Laboratory, is approximately ten years old and has 65 K of 60 bit word fast memory (small core). Because CLAMPS has dynamic memory allocation, it is possible to fit a simulation in fast memory of up to about 2000 atoms as long as the potential tables are not too extensive. The compiler used was the standard CDC FTN 4.8, 0PT=2. The only difference between the CDC coding of the pairwise sum and that in Table I is that the periodic boundary conditions (loop 3) are handled by Boolean and shift operations instead of branches. Branches on the 7600 causes all parallel processing to halt. [Pg.132]

The sequence of passages across the (first-rank) saddles linking the successive distinct basins on multibasin energy surfaces is dynamically independent that is, local equilibrium is attained quickly in each basin before the system goes to the next so the system loses all dynamical memories. [Pg.259]

Schank, R. C. (1982). Dynamic memory. Cambridge Cambridge University Press. [Pg.414]

The case base is organized in a structure that allows efficient search and retrieval. Several case-memory models have been proposed. The two most widely used methods are the dynamic memory model of Schank and Kolodner [20,21] and the category-exemplar model of Porter and Bareiss [22]. [Pg.23]

Schank, R., Dynamic Memory A Theory of Reminding and Learning in Computers and People, Cambridge University Press, Cambridge, UK, 1982. [Pg.33]

O. Cybttlski and P. Garstecki, Dynamic Memory in a Microfluidic System of Droplets Traveling Through a Simple Network of Microcharmels, Lab on a Chip, (in press), (2009). [Pg.201]

The static and dynamic memory kernel matrix elements and have... [Pg.112]

The pair kinetic equation in Section VII.D follows directly from these results if the dynamic memory function " xbs.abs neglected, and the static structural correlations in (D.3) to (D.6) are approximated so that all binary collisions are calculated in the Enskog approximation. [This is the singly independent disconnected (SID) approximation, which is discussed in detail in Ref. 53.] We have also used the static hierarchy to obtain the final form involving the mean force, given in (7.32). This latter reduction involving the static hierarchy is carried out below in the context of a comparison of the singlet and doublet formulations. [Pg.174]


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See also in sourсe #XX -- [ Pg.373 ]

See also in sourсe #XX -- [ Pg.373 ]




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Dynamic memory storage

Dynamic random access memories

Dynamic random access memories DRAMs)

Dynamic random access memory device

Dynamic-random-access-memory chip

Memory dynamic range

Memory function dynamics

Memory kernel dynamic

Memory-losing dynamics

Memory-losing dynamics inter-basin mixing

Molecular dynamics simulations memory requirements

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