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Table 3-1 Nonsynthesizable SystemC Constructs for RTL Synthesis Category Construct Comment Corrective action

in unknown title
by unknown authors
"... In PAGE 57: ...Using the Synthesizable Subset: Converting to a Synthesizable Subset Nonsynthesizable SystemC Constructs The SystemC constructs listed in Table3 -1 are not supported for RTL synthesis. Table 3-1 Nonsynthesizable SystemC Constructs for RTL Synthesis Category Construct Comment Corrective action... In PAGE 58: ...Using the Synthesizable Subset: Converting to a Synthesizable Subset Nonsynthesizable C/C++ Constructs The C and C++ constructs listed in Table3 -2 are not supported for RTL synthesis. Table 3-2 Nonsynthesizable C/C++ Constructs Category Construct Comment Corrective action Local class declaration Not allowed.... In PAGE 64: ...Using the Synthesizable Subset: Modifying Data for Synthesis To restrict bit size for synthesis, use the recommended SystemC data types summarized in Table3 -3 in place of the equivalent C++ native type. For example, change an int type to an sc_int lt;n gt; type.... In PAGE 66: ...Using the Synthesizable Subset: Modifying Data for Synthesis Using SystemC Data Types Use the SystemC data type operators to access individual bits of a value. Bit Vector Data Type Operators Table3 -4 lists the operators available for the SystemC sc_bv data type. Table 3-4 SystemC Bit Vector Data Type Operators Operators Bitwise amp;(and), |(or), ^(xor), and ~(not) Bitwise lt; lt;(shift left) and gt; gt;(shift right) Assignment =, amp;=, |=, and ^= Equality ==, != Bit selection [x] Part selection range (x,y) Concatenation (x,y) Reduction: and_reduce( ), or_reduce( ), and xor_reduce( )... In PAGE 67: ...Using the Synthesizable Subset: Modifying Data for Synthesis Fixed and Arbitrary Precision Data Type Operators Table3 -5 lists the operators available for the SystemC sc_int and sc_uint fixed-precision and sc_bigint and sc_biguint arbitrary- precision integer data types. Note: The reduction and_reduce(), or_reduce(), and xor_reduce() operators are not supported for the fixed- and arbitrary-precision data types.... ..."

Table 3-2 Nonsynthesizable C/C++ Constructs Category Construct Comment Corrective action

in unknown title
by unknown authors
"... In PAGE 57: ...Using the Synthesizable Subset: Converting to a Synthesizable Subset Nonsynthesizable SystemC Constructs The SystemC constructs listed in Table3 -1 are not supported for RTL synthesis. Table 3-1 Nonsynthesizable SystemC Constructs for RTL Synthesis Category Construct Comment Corrective action Thread process SC_THREAD Used for modeling a testbench but not supported for synthesis.... In PAGE 58: ...Using the Synthesizable Subset: Converting to a Synthesizable Subset Nonsynthesizable C/C++ Constructs The C and C++ constructs listed in Table3 -2 are not supported for RTL synthesis. Table 3-2 Nonsynthesizable C/C++ Constructs Category Construct Comment Corrective action ... In PAGE 64: ...Using the Synthesizable Subset: Modifying Data for Synthesis To restrict bit size for synthesis, use the recommended SystemC data types summarized in Table3 -3 in place of the equivalent C++ native type. For example, change an int type to an sc_int lt;n gt; type.... In PAGE 66: ...Using the Synthesizable Subset: Modifying Data for Synthesis Using SystemC Data Types Use the SystemC data type operators to access individual bits of a value. Bit Vector Data Type Operators Table3 -4 lists the operators available for the SystemC sc_bv data type. Table 3-4 SystemC Bit Vector Data Type Operators Operators Bitwise amp;(and), |(or), ^(xor), and ~(not) Bitwise lt; lt;(shift left) and gt; gt;(shift right) Assignment =, amp;=, |=, and ^= Equality ==, != Bit selection [x] Part selection range (x,y) Concatenation (x,y) Reduction: and_reduce( ), or_reduce( ), and xor_reduce( )... In PAGE 67: ...Using the Synthesizable Subset: Modifying Data for Synthesis Fixed and Arbitrary Precision Data Type Operators Table3 -5 lists the operators available for the SystemC sc_int and sc_uint fixed-precision and sc_bigint and sc_biguint arbitrary- precision integer data types. Note: The reduction and_reduce(), or_reduce(), and xor_reduce() operators are not supported for the fixed- and arbitrary-precision data types.... ..."

Table 4.1: Summary of experiments since the construction of the compressed-gas CPS. Comments have been added at times when there was a major change in testing equipment or methodology.

in Pulse Flow Enhancement in Two-Phase Media
by Ke Xian, Au Yong, Jinsong Wang, Xiaowei Lui, Marko Mah, Darrell Sh

Table 5.2 Constructions for COPs in frames of type 2n for 21 n 71 n Authority comments COPs

in HOPs and COPs: Frames with partitionable transversals
by J.H. Dinitz, E.R. Lamken
Cited by 1

Table 5.3 Constructions for HOPs in frames of type 2n for 21 n 60 n Authority comments HOPs

in HOPs and COPs: Frames with partitionable transversals
by J.H. Dinitz, E.R. Lamken
Cited by 1

TABLE 2. QUANTITATIVE SECTOR DATA Construct Variable 26 27 35 38 Comment Safety Operational Errors 0.0 0.0 0.0 0.0 N/A

in Plan View Display Baseline Report
by J. Galushka, J. Frederick, R. Mogford, P. Krois, Dr. R. Mogford, Dr. P. Krois, Crown Communications
"... In PAGE 34: ...A-8 TABLE2 . QUANTITATIVE SECTOR DATA (Continued) Construct Variable 26 27 35 38 Comment Workload R-Workload per Aircraft 0.... ..."

Table 2: A construction plan

in Exploration of a Solution Space Structured By Finite Constraints
by Laure Brisoux-devendeville, Caroline Essert-villard, Pascal Schreck 2000
"... In PAGE 5: ...is for each instantiation AR of the parameters of BT, the system CBAR has exactly the same solutions as CCAR. Example 2 The construction plan corresponding to the constrained sketch of Example 1 is listed in Table2 . This plan is automatically computed by YAMS and the comments are added by hand in order to make the understanding easier.... ..."
Cited by 1

Table 2: A construction plan

in Exploration of a Solution Space Structured By Finite Constraints
by Laure Brisoux-Devendeville , Caroline Essert-Villard, Pascal Schreck
"... In PAGE 5: ...is for each instantiation AR of the parameters of BT, the system CB AR has exactly the same solutions as CC AR . Example 2 The construction plan corresponding to the constrained sketch of Example 1 is listed in Table2 . This plan is automatically computed by YAMS and the comments are added by hand in order to make the understanding easier.... ..."

TABLE 1. MEASUREMENT SUMMARY TABLE FOR ALL CONSTRUCTS

in Plan View Display Baseline Report
by J. Galushka, J. Frederick, R. Mogford, P. Krois, Dr. R. Mogford, Dr. P. Krois, Crown Communications
"... In PAGE 26: ...TABLE1 . MEASUREMENT SUMMARY TABLE FOR ALL CONSTRUCTS A-1 Construct Variable Description Rationale HCS/PVD/M1 Value2 Comment Safety Operational Errors Loss of applicable separation minima (per FAA Order 7210.... In PAGE 27: ...TABLE1 . MEASUREMENT SUMMARY TABLE FOR ALL CONSTRUCTS A-2 Construct Variable Description Rationale HCS/PVD/M1 Value2 Comment Capacity (Continued) Altitude Assignment Efficiency Ratio of total altitude changes and number of aircraft.... In PAGE 28: ...TABLE1 . MEASUREMENT SUMMARY TABLE FOR ALL CONSTRUCTS A-3 Construct Variable Description Rationale HCS/PVD/M1 Value2 Comment Performance R Data Entries Total data entries and breakdown by category.... In PAGE 29: ...TABLE1 . MEASUREMENT SUMMARY TABLE FOR ALL CONSTRUCTS A-4 Construct Variable Description Rationale HCS/PVD/M1 Value2 Comment Performance (Controller 1.... In PAGE 30: ...TABLE1 . MEASUREMENT SUMMARY TABLE FOR ALL CONSTRUCTS A-5 Construct Variable Description Rationale HCS/PVD/M1 Value2 Comment 9.... In PAGE 32: ...TABLE1 . MEASUREMENT SUMMARY TABLE FOR ALL CONSTRUCTS A-7 Construct Variable Description Rationale HCS/PVD/M1 Value2 Comment 10.... ..."

TABLE 1. MEASUREMENT SUMMARY TABLE FOR ALL CONSTRUCTS

in Plan View Display Baseline Report
by J. Galushka, J. Frederick, R. Mogford, P. Krois, Dr. R. Mogford, Dr. P. Krois, Crown Communications
"... In PAGE 26: ...TABLE1 . MEASUREMENT SUMMARY TABLE FOR ALL CONSTRUCTS A-1 Construct Variable Description Rationale HCS/PVD/M1 Value2 Comment Safety Operational Errors Loss of applicable separation minima (per FAA Order 7210.... In PAGE 27: ...TABLE1 . MEASUREMENT SUMMARY TABLE FOR ALL CONSTRUCTS A-2 Construct Variable Description Rationale HCS/PVD/M1 Value2 Comment Capacity (Continued) Altitude Assignment Efficiency Ratio of total altitude changes and number of aircraft.... In PAGE 28: ...TABLE1 . MEASUREMENT SUMMARY TABLE FOR ALL CONSTRUCTS A-3 Construct Variable Description Rationale HCS/PVD/M1 Value2 Comment Performance R Data Entries Total data entries and breakdown by category.... In PAGE 29: ...TABLE1 . MEASUREMENT SUMMARY TABLE FOR ALL CONSTRUCTS A-4 Construct Variable Description Rationale HCS/PVD/M1 Value2 Comment Performance (Controller 1.... In PAGE 30: ...TABLE1 . MEASUREMENT SUMMARY TABLE FOR ALL CONSTRUCTS A-5 Construct Variable Description Rationale HCS/PVD/M1 Value2 Comment 9.... In PAGE 31: ...TABLE1 . MEASUREMENT SUMMARY TABLE FOR ALL CONSTRUCTS A-6 Construct Variable Description Rationale HCS/PVD/M1 Value2 Comment Usability (continued) Within-Sector Coordination (R amp; D Teamwork) Indicator of how well system supports coordination.... ..."
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