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[null,"1.","Record Nr.",null,"UNINA990000057220403321"]
[null,null,"Autore",null,"Albin, Mario"]
[null,null,"Titolo",null,"Compressori centrifughi ed assiali / Mario Albin"]
[null,null,"Pubbl/distr/stampa",null,"Napoli, : Liguori, 1980"]
[null,null,"ISBN",null,"88-207-0031-X"]
[null,null,"Descrizione fisica",null,"274 p. : ill. ; 23 cm"]
[null,null,"Disciplina",null,"621.5"]
[null,null,"Locazione",null,"FINBC"]
[{"$nulls":4},"FINAG"]
[null,null,"Collocazione",null,"13 P 07 15"]
[{"$nulls":4},"13 37 33"]
[{"$nulls":4},"13 C 55 27"]
[{"$nulls":4},"13 C 55 28"]
[{"$nulls":4},"23 09 A 19"]
[{"$nulls":4},"23 09 A 20"]
[{"$nulls":4},"23 09 A 21"]
[{"$nulls":4},"13 C 55 29"]
[{"$nulls":4},"13 C 55 30"]
[{"$nulls":4},"23 16 A 19"]
[{"$nulls":4},"23 16 A 20"]
[null,null,"Lingua di pubblicazione",null,"Italiano"]
[null,null,"Formato",null,"Materiale a stampa"]
[null,null,null,"Livello bibliografico","Monografia"]
[null,"2.","Record Nr.",null,"UNINA9910491025803321"]
[null,null,"Autore",null,"Mehta Ashok B."]
[null,null,"Titolo",null,"Introduction to SystemVerilog / / Ashok B. Mehta"]
[null,null,"Pubbl/distr/stampa",null,"Cham, Switzerland : , : Springer, , [2021]"]
[{"$nulls":4},"©2021"]
[null,null,"ISBN",null,"3-030-71319-9"]
[null,null,"Descrizione fisica",null,"1 online resource (866 pages)"]
[null,null,"Disciplina",null,"621.392"]
[null,null,"Soggetti",null,"SystemVerilog (Computer hardware description language)"]
[null,null,"Lingua di pubblicazione",null,"Inglese"]
[null,null,"Formato",null,"Materiale a stampa"]
[null,null,null,"Livello bibliografico","Monografia"]
[null,null,null,"Nota di bibliografia","Includes bibliographical references and index."]
[null,null,"Nota di contenuto",null,"Intro -- Foreword -- Preface -- Recommended Books to Supplement the Material Presented in this Book -- Chapters of the Book -- Acknowledgments -- Contents -- List of Figures -- List of Tables -- About the Author -- Chapter 1: Introduction -- 1.1 SystemVerilog Language Evolution -- Chapter 2: Data Types -- 2.1 Integer Data Types -- 2.1.1 Integer, int, longint, shortint, logic, byte, reg -- 2.1.2 Signed Types -- 2.1.3 Bits vs. Bytes -- 2.2 Real Data Types -- 2.2.1 \"real\" Data-Type Conversion Functions -- 2.3 Nets -- 2.3.1 \"wire\" and \"tri\" -- 2.3.2 Unresolved \"wire\" Type: \"uwire\" -- 2.3.3 Resolved vs. Unresolved Type -- 2.3.4 \"wand\" and \"triand\" -- 2.3.5 \"wor\" and \"trior\" -- 2.3.6 \"tri0\" and \"tri1\" -- 2.4 Drive Strengths -- 2.5 Variable vs. Net -- 2.6 \"var\" -- 2.7 Variable and Net Initialization -- 2.8 Static, Automatic, and Local Variables -- 2.8.1 Static vs. Local Variables -- 2.8.2 Automatic vs. Static Variable -- 2.8.3 Variable Lifetimes -- 2.9 Enumerated Types -- 2.9.1 Enumerated-Type Methods -- 2.9.2 Enumerated Type with Ranges -- 2.10 User-Defined Type: Typedef -- 2.11 String Data Type -- 2.11.1 String Operators -- 2.11.2 String Methods -- 2.12 Event Data Type -- 2.12.1 Event Sequencing: wait_order () -- 2.13 Static Casting -- 2.13.1 Bit-Stream Casting -- 2.14 Dynamic Casting -- Chapter 3: Arrays -- 3.1 Packed and Unpacked Arrays -- 3.1.1 2-D Packed Array -- 3.1.2 3-D Packed Array -- 3.1.3 1-D Packed and 1-D Unpacked Array -- 3.1.3.1 Multidimensional Arrays -- 3.1.4 4-D Unpacked Array -- 3.1.5 1-D Packed and 3-D Unpacked Array -- 3.1.6 2-D Packed and 2D-Unpacked Array -- 3.1.7 3-D Packed and 1-D Unpacked Array -- 3.2 Assigning, Indexing, and Slicing of Arrays -- 3.2.1 Packed "]
[{"$nulls":4},"and Unpacked Arrays as Arguments to Subroutines -- 3.3 Dynamic Arrays -- 3.3.1 Dynamic Arrays - Resizing -- 3.3.2 Copying of Dynamic Arrays."]
[{"$nulls":4},"3.3.3 Dynamic Array of Arrays -- 3.4 Associative Arrays -- 3.4.1 Wild Card Index -- 3.4.2 String Index -- 3.4.3 Class Index -- 3.4.4 String Index - Example -- 3.4.5 Associative Array Methods -- 3.4.6 Associative Array - Default Value -- 3.4.7 Creating a Dynamic Array of Associative Arrays -- 3.5 Array Manipulation Methods -- 3.5.1 Array Locator Methods -- 3.5.2 Array Ordering Methods -- 3.5.3 Array Reduction Methods -- Chapter 4: Queues -- 4.1 Queue Methods -- 4.2 Queue of SystemVerilog Classes -- 4.3 Queue of Queues: Dynamic Array of Queues -- Chapter 5: Structures -- 5.1 Packed Structure -- 5.2 Unpacked Structure -- 5.3 Structure as Module I/O -- 5.4 Structure as an Argument to Task or Function -- 5.5 Structure Within a Structure -- Chapter 6: Union -- 6.1 Packed and Unpacked Unions -- 6.1.1 Unpacked Unions -- 6.1.2 Tagged Unions -- 6.1.3 Packed Union -- Chapter 7: Packages -- Chapter 8: Class -- 8.1 Basics -- 8.2 Base Class -- 8.3 Extended Class and Inheritance -- 8.3.1 Inheritance Memory Allocation -- 8.4 Class Constructor -- 8.4.1 Base Class Constructor -- 8.4.2 Chain Constructor ( super.new()) -- 8.5 Static Properties -- 8.6 Static Methods -- 8.7 \"this\" -- 8.8 Class Assignment -- 8.9 Shallow Copy -- 8.10 Deep Copy -- 8.11 Upcasting and Downcasting -- 8.12 Polymorphism -- 8.13 Virtual Methods, Pure Virtual Methods, and Virtual Classes -- 8.13.1 Virtual Methods -- 8.13.2 Virtual (Abstract) Class and Pure Virtual Method -- 8.14 Data Hiding (\"local,\" \"protected,\" \"const\") and Encapsulation -- 8.14.1 Local Members -- 8.14.2 Protected Members -- 8.14.3 \"const\" Class Properties -- 8.15 Class Scope Resolution Operator (::) and \"extern\" -- 8.16 Parameterized Class -- 8.16.1 Value Parameters -- 8.16.2 Type Parameters -- 8.16.3 Parameterized Class with Static Properties -- 8.16.4 Extending Parameterized Class -- 8.17 Difference Between Class and Struct."]
[{"$nulls":4},"Chapter 9: SystemVerilog \"module\" -- 9.1 Module Header Definition -- 9.1.1 ANSI-Style Module Header -- 9.1.2 ANSI-Style first Port Rules -- 9.1.3 ANSI-Style subsequent Port Rules -- 9.1.4 Non-ANSI-Style Module Header -- 9.2 Default Port Values -- 9.3 Module Instantiation -- 9.3.1 root -- 9.4 Nested Modules -- 9.5 Module Parameters -- 9.5.1 Overriding Module Parameters: defparam -- 9.5.2 Overriding Module Parameters: Module Instance Parameter Value Assignment -- 9.5.3 Localparam -- 9.5.4 Parameter Dependence -- Chapter 10: SystemVerilog \"program\" -- 10.1 Eliminating Testbench Races -- Chapter 11: SystemVerilog \"interface\" -- 11.1 Interfaces -- 11.2 Modports -- 11.3 Tasks and Functions in an Interface -- 11.3.1 \"import\" Tasks in a Modport -- 11.3.2 \"export\" Tasks in a Modport -- 11.4 Parameterized Interface -- 11.5 Clocking Block in an Interface -- Chapter 12: Operators -- 12.1 Assignment Operators -- 12.2 Increment and Decrement Operators -- 12.3 Arithmetic Operators -- 12.4 Relational Operators -- 12.5 Equality Operators -- 12.5.1 Wildcard Equality Operators -- 12.6 Logical Operators -- 12.7 Bitwise Operators -- 12.8 Unary Reduction Operators -- 12.9 Shift Operators -- 12.10 Conditional Operators -- 12.11 Concatenation Operators -- 12.12 Replication Operators -- 12.13 Streaming Operators (pack/unpack) -- 12.13.1 Packing of Bits -- 12.13.2 Unpacking of Bits -- 12.14 \"inside\" Operator (Set Membership Operator) -- Chapter 13: Constrained Random Test Generation and Verification -- 13.1 Productivity Gain with CRV -- 13.2 Constrained Random Verification (CRV) Methodology -- 13.3 SystemVerilog Support for CRV -- 13.4 Constraints -- 13.4.1 Constraints: Turning On and OFF -- 13.5 "]
[{"$nulls":4},"Random Variables (rand and randc) -- 13.5.1 Static Random Variables -- 13.5.2 Randomizing Arrays and Queues -- 13.5.3 Randomizing Object Handles -- 13.6 Constraint Blocks."]
[{"$nulls":4},"13.6.1 External Constraint Blocks -- 13.6.2 Weighted Distribution -- 13.6.3 \"unique\" Constraint -- 13.6.4 Implication and If-Else -- 13.6.5 Iterative Constraint (foreach) -- 13.6.6 Array Reduction Methods for Constraint -- 13.6.7 Functions in Constraints -- 13.6.8 Soft Constraints -- 13.7 Randomization Methods -- 13.7.1 Pre-randomization and Post-randomization -- 13.7.2 Local Scope Resolution (local::) -- 13.8 rand_mode(): Disabling Random Variables -- 13.9 constraint_mode(): Control Constraints -- 13.10 randomize() with Arguments: In-Line Random Variable Control -- 13.11 Random Number Generation System Functions and Methods -- 13.11.1 Random Number Generator (RNG) -- 13.11.2 urandom() and urandom_range() -- 13.11.3 srandom(), get_randstate(), and set_randstate() -- 13.12 Random Stability -- 13.13 Randcase -- 13.14 randsequence -- 13.14.1 Random Production Weights and If-Else Statement -- 13.14.2 Repeat Production Statement -- 13.14.3 rand join -- 13.14.4 break and return -- 13.14.5 Passing Values Between Productions -- 13.14.5.1 Passing Return Value -- Chapter 14: SystemVerilog Assertions -- 14.1 SystemVerilog Assertions Evolution -- 14.2 What Is an Assertion? -- 14.3 Why Assertions? What Are the Advantages? -- 14.3.1 Assertions Shorten Time to Develop -- 14.3.2 Assertions Improve Observability -- 14.3.3 Other Major Benefits -- 14.3.4 One-Time Effort, Many Benefits -- 14.4 Assertions in Static Formal -- 14.5 Methodology Components -- 14.5.1 Types of Assertions to Add -- 14.5.2 How to Add Assertions? What Is the Protocol? -- 14.5.3 How Do I Know I Have Enough Assertions? -- 14.5.4 A Simple PCI Read Example: Creating an Assertion Test Plan -- 14.6 Assertion Types -- 14.7 Conventions Used in This Chapter -- 14.8 Immediate Assertions -- 14.8.1 Deferred Immediate Assertions -- 14.9 Concurrent Assertions: Basics -- 14.9.1 Implication Operator."]
[{"$nulls":4},"14.10 Clocking Basics -- 14.10.1 Default Clocking Block -- 14.10.2 Sampling Edge (Clock Edge) -- 14.10.3 Active Region -- 14.10.4 Observed Region -- 14.10.5 Reactive Region -- 14.10.6 Preponed Region -- 14.11 Concurrent Assertions Are Multi-threaded -- 14.12 Formal Arguments -- 14.13 Disable (Property) Operator: disable iff -- 14.14 Severity Levels -- 14.15 Binding Properties -- 14.15.1 Binding Properties (Scope Visibility) -- 14.15.2 VHDL DUT Binding with SystemVerilog Assertions -- 14.16 Difference Between \"sequence\" and \"property\" -- 14.17 Sampled Value Functions -- 14.17.1 rose: Edge Detection in Property/Sequence -- 14.17.2 fell: Edge Detection in Property/Sequence -- 14.17.3 Edge Detection Is Useful Because... -- 14.17.4 stable -- 14.17.5 past -- 14.17.5.1 Application: past() -- 14.18 Operators -- 14.18.1 ##m: Clock Delay -- 14.18.2 ##[m:n]: Clock Delay Range -- 14.18.2.1 Clock Delay Range Operator: ##[m:n] - False Positive -- 14.18.3 [*m]: Consecutive Repetition Operator -- 14.18.4 [*m:n]: Consecutive Repetition Range Operator -- 14.18.4.1 Applications: Consecutive Repetition Range Operator -- 14.18.5 [=m]: Non-consecutive Repetition -- 14.18.6 [=m:n]: Non-consecutive Repetition Range Operator -- 14.18.6.1 Application: Non-consecutive Repetition Operator -- 14.18.7 [-&gt -- ] Non-consecutive GoTo Repetition Operator -- 14.18.8 Difference Between [=m:n] and [-&gt -- m:n] -- 14.18.9 Application: GoTo Repetition - Non-consecutive Operator -- 14.18.10 Sig1 throughout Seq1 -- 14.18.11 Seq1 within Seq2 -- 14.18.12 Application: Seq1 \"within\" Seq2 -- 14.18.13 Seq1 and Seq2 -- 14.18.14 Application: \"and\" Operator -- 14.18.15 Seq1 or Seq2 -- 14.18.16 Seq1 \"intersect\" Seq2 -- 14.18.17 Application: "]
[{"$nulls":4},"\"intersect\" Operator -- 14.18.18 first_match -- 14.18.19 Application: first_match -- 14.18.20 not Operator."]
[{"$nulls":4},"14.18.21 if (Expression) property_expr1 Else property_expr2."]