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About 2,028 papers for “File Control Block”
Yi Tang, Xu Tang, Qinghua Wei et al. · Figshare · 2017
Subgroup analysis results of VAS score. (DOCX 6040 kb)
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Tang, Yi, Tang, Xu, Qinghua Wei et al. · Figshare · 2017
Subgroup analysis results of VAS score. (DOCX 6040 kb)
Cited by 0Open access
Yi Tang, Xu Tang, Qinghua Wei et al. · Figshare · 2017
Subgroup analysis results of VAS score. (DOCX 6040 kb)
Cited by 0Open access
Tang, Yi, Tang, Xu, Qinghua Wei et al. · Figshare · 2017
Subgroup analysis results of VAS score. (DOCX 6040 kb)
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Zhang, Xiao-yan, Ma, Jian-bao · Figshare · 2019
Search strategies in PubMed (DOCX 14 kb)
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Zhang, Xiao-yan, Ma, Jian-bao · Figshare · 2019
Search strategies in PubMed (DOCX 14 kb)
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Bulletin of Miscellaneous Information (Royal Gardens Kew)
MEMO To: MS-DOS Users of MS-Pascal From: Sirius Date: May 28, 1982 Files on this distribution: README This Memo PAS1.EXE Pascal Compiler Pass 1 PAS2.EXE Pascal Compiler Pass 2 LINK.EXE Microsoft Linker for .OBJ files LIB.EXE Microsoft library manager PASCAL.LIB MS-Pascal runtime library PASKEY MS-Pascal predeclarations FINU Declarations of low level file system routines (the Unit U interface) FINK Declaration of the common fields of the generic file control block type, FCBFQQ FINKXM Declaration of the version specific file control block ENTX6L.ASM Assembler source of the execution control module which initializes and terminates every program PASCAL.MAP Map of the MS-Pascal runtime library SORT.PAS Bubble sort demonstration program PRIMES.PAS Prime number generator program
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Bulletin of Miscellaneous Information (Royal Gardens Kew)
MEMO To: MS-DOS Users of MS-Pascal From: Sirius Date: May 28, 1982 Files on this distribution: README This Memo PAS1.EXE Pascal Compiler Pass 1 PAS2.EXE Pascal Compiler Pass 2 LINK.EXE Microsoft Linker for .OBJ files LIB.EXE Microsoft library manager PASCAL.LIB MS-Pascal runtime library PASKEY MS-Pascal predeclarations FINU Declarations of low level file system routines (the Unit U interface) FINK Declaration of the common fields of the generic file control block type, FCBFQQ FINKXM Declaration of the version specific file control block ENTX6L.ASM Assembler source of the execution control module which initializes and terminates every program PASCAL.MAP Map of the MS-Pascal runtime library SORT.PAS Bubble sort demonstration program PRIMES.PAS Prime number generator program
Cited by 0
Hui Ge · 2008
The file transfer model and other information models relevant to fault recorder defined in IEC61850 standard are analyzed.An implementation scheme of fault recorder data recordation and transmission in substation automation system is proposed,which adopts the file transfer model for the file transfer between devices and background applications in standard COMTRADE format,and also uses fault-recorder-relevant models,such as logical node model,data-set class model,report-control-block class model,setting-group-control-block class model and control class model,to realize the setting of fault recorder options and the sequential control of disturbance record transmission.Its interactive procedure and overall performance are studied and compared with conventional methods,such as IEC60870-5-103 and FTP,which shows its better features in openness,interoperability,complexity of transmission process,transmission speed and user interaction.
Cited by 1
Zhang, Jian, Nie, Ying, Pang, Qiongni et al. · Figshare · 2021
Additional file 2: Supplemental Digital Content 2. Figure 1*. Classical Case of Mean Blood Flow Velocities of BA and MCA in SGB Group. The Vm-BA were monitored by TCD before surgery (A) and on the first day (B), the third day (C) and the seventh day (D) after surgery. The Vm-MCA in SGB group were monitored by TCD before surgery (E) and on the first day (F), the third day (G) and the seventh day (H) after surgery.
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Zhang, Jian, Nie, Ying, Pang, Qiongni et al. · Figshare · 2021
Additional file 1: Supplemental Digital Content 1. Table 1*. Random Number of Patients allocation sequence.
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Zhang, Jian, Nie, Ying, Pang, Qiongni et al. · Figshare · 2021
Additional file 1: Supplemental Digital Content 1. Table 1*. Random Number of Patients allocation sequence.
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Zhang, Jian, Nie, Ying, Pang, Qiongni et al. · Figshare · 2021
Additional file 2: Supplemental Digital Content 2. Figure 1*. Classical Case of Mean Blood Flow Velocities of BA and MCA in SGB Group. The Vm-BA were monitored by TCD before surgery (A) and on the first day (B), the third day (C) and the seventh day (D) after surgery. The Vm-MCA in SGB group were monitored by TCD before surgery (E) and on the first day (F), the third day (G) and the seventh day (H) after surgery.
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Zhang, Jian, Nie, Ying, Pang, Qiongni et al. · Figshare · 2021
Additional file 3: Supplemental Digital Content 3. Figure 2*. Classical Case of Mean Blood Flow Velocities of BA and MCA in nSGB Group. The Vm-BA were monitored by TCD before surgery (A) and on the first day (B), the third day (C) and the seventh day (D) after surgery. The Vm-MCA in SGB group were monitored by TCD before surgery (E) and on the first day (F), the third day (G) and the seventh day (H) after surgery.
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Zhang, Jian, Nie, Ying, Pang, Qiongni et al. · Figshare · 2021
Additional file 3: Supplemental Digital Content 3. Figure 2*. Classical Case of Mean Blood Flow Velocities of BA and MCA in nSGB Group. The Vm-BA were monitored by TCD before surgery (A) and on the first day (B), the third day (C) and the seventh day (D) after surgery. The Vm-MCA in SGB group were monitored by TCD before surgery (E) and on the first day (F), the third day (G) and the seventh day (H) after surgery.
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Ruba Al‐Mulla Hummadi · 2025
An essential review of techniques for creating block diagrams, intended to complement standard control systems engineering texts on block diagram reduction stages. Written as a two-semester course accompaniment for intermediate learners in Control System Engineering, Block Diagram Implementation for Control Systems combines the frequently used technologies of MATLAB, Word, and PowerPoint for the creation of block diagrams to deliver guidance on the widest set of programming options. Each chapter features learning objectives, and examples are followed by activities to help readers enhance their understanding of concepts. The book contains illustrated tables, annotated figures, and MATLAB script files with executions after each step. The book also features display screens (what you get on your screen), shown in chapters four and five as print screen photos with annotations, and includes review questions after selected chapters. Written by a highly qualified author, Block Diagram Implementation for Control Systems discusses topics including: Creating a new M-file, writing a script, saving, executing, or running a file, detecting errors, and writing pseudocode in MATLABCreating a block diagram using the canvas or blank page methods and following either the manual or the options alignment methods in MS WordOrganizing slides and creating expressions to turn to another slide in MS PowerPointUnderstanding signal flow graphs, covering terminology, algebra, Mason’s gain formula, and examples Block Diagram Implementation for Control Systems is an essential learning resource for undergraduate courses on Control Systems and System Modeling and Simulation.
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Yuning Shi, Armen R. Kemanian · Zenodo (CERN European Organization for Nuclear Research) · 2024
WHAT'S NEW: :sparkles: Added effect of CO2 on crop growth, and an annual CO2 concentration input file :sparkles: Let severe cold damage kill annual crops before maturity :sparkles: Allowed planting windows to cross years :sparkles: Avoided physically implausible bulk densities from PTF :sparkles: Updated soil hydraulic properties after spin-up to reflect the impact of steady-state soil organic carbon. :sparkles: Added a new grain growth model that can be turned on using the -g command line option :zap: Improved error handling :lipstick: Updated control file and multi-mode file formats :bug: Fixed NaN errors caused by residue evaporation calculation when either standing residue or flat residue becomes 0 :bug: Fixed a bug that 0 shoot biomass at harvest causes harvest index to be nan. NOTE: Update to this version requires changes in control and multi-mode files. Simulation control file: SIMULATION_START_YEAR and SIMULATION_END_YEAR parameters are now SIMULATION_START_DATE and SIMULATION_END_DATE, and the input format should be YYYY-MM-DD. The "input files" block has been moved to up, right below the "simulation years" block. A CO2_LEVEL parameter is required in the "simulation options" block, which should be the atmospheric CO2 concentration in ppm. This parameters is by default -999, which uses the co2.txt input file in the input directory. Multi-mode file: A 'CO2_LEVEL` parameter is required in the multi-mode file.
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Hansen, Sabrina, Fischer, Konrad, Krabben, Ludwig et al. · Figshare · 2024
Additional file 1: Demonstration of real-time PCR testing of pig oocytes for PCMV/PRV. As positive control a gene block was used.
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Hansen, Sabrina, Fischer, Konrad, Krabben, Ludwig et al. · Figshare · 2024
Additional file 1: Demonstration of real-time PCR testing of pig oocytes for PCMV/PRV. As positive control a gene block was used.
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G.W. Milne · 2003
A test of BLKLAB on the Grumman F-14 benchmark control problem is presented. BLKLAB is a suite of programs enabling block diagrams of linear control systems to be created graphically on a PC and automatically encoded for analysis by MATLAB. The F14 benchmark problem was correctly solved using the BLKLAB package. BLKDRAW was used to draw the block diagram on a PC and to create automatically a file that MATLAB converted into the state space model of the system. Desired properties were then computed using conventional MATLAB techniques. BLKTEX translated the stored model file into LaTeX input, producing a typeset-quality block diagram. BLKLAB thus links MATLAB and LaTeX to form an integrated environment for drawing, analyzing, and documenting linear systems described in block diagram form.< <ETX xmlns:mml="http://www.w3.org/1998/Math/MathML" xmlns:xlink="http://www.w3.org/1999/xlink">></ETX>
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