Practical 10 - OCaml 2 - Computing Science and Mathematics
... (* Remove contiguous duplicates from a list. *) # let rec destutter list = match list with ...
... (* Remove contiguous duplicates from a list. *) # let rec destutter list = match list with ...
Functional_Languages_Intro
... efficiently on von Neumann machines • lots of copying of data through parameters • (apparent) need to create a whole new array in order to change one element • heavy use of pointers (space/time and locality problem) • frequent procedure calls • heavy space use for recursion • requires garbage collec ...
... efficiently on von Neumann machines • lots of copying of data through parameters • (apparent) need to create a whole new array in order to change one element • heavy use of pointers (space/time and locality problem) • frequent procedure calls • heavy space use for recursion • requires garbage collec ...
slides
... – .. accepts a list of combinators and a model function – .. returns a closure binding that combinator list and accepting a token buffer – If all combinators match as the tokens are consumed, then the model function is applied to the list of models from the combinators. – The final token buffer is r ...
... – .. accepts a list of combinators and a model function – .. returns a closure binding that combinator list and accepting a token buffer – If all combinators match as the tokens are consumed, then the model function is applied to the list of models from the combinators. – The final token buffer is r ...
COMS W1004 Introduction to Computer Science
... LC-3 Instruction Set Architecture (Chp. 4) • Instruction format – Opcode – Operands ...
... LC-3 Instruction Set Architecture (Chp. 4) • Instruction format – Opcode – Operands ...
Chapter 2
... – R14—link register ; holds the return address when a subroutine is called. – R15—Program Counter—accesses the next instruction to execute. – CPSR (current program status register) ...
... – R14—link register ; holds the return address when a subroutine is called. – R15—Program Counter—accesses the next instruction to execute. – CPSR (current program status register) ...
CSE_341_Unit_01_Func..
... of binding. So we're going to change our definition of program to not just be a sequence of variable bindings, but to allow both variables and functions. [00:00:18.83] If you haven't heard of the term function, it's a lot like a method in an object oriented language. This is something that's going t ...
... of binding. So we're going to change our definition of program to not just be a sequence of variable bindings, but to allow both variables and functions. [00:00:18.83] If you haven't heard of the term function, it's a lot like a method in an object oriented language. This is something that's going t ...
function
... • List Processing - LISP • Complex interrelationships among data • Recursion in conjunction with conditional expressions • Primitive list-handling subroutines ...
... • List Processing - LISP • Complex interrelationships among data • Recursion in conjunction with conditional expressions • Primitive list-handling subroutines ...
Computer Hardware: 2500 BC - Computer Science and Engineering
... executes • common commands: ls, cd, mkdir, more, etc. • many tasks can be performed through the graphical user interface (GUI) ...
... executes • common commands: ls, cd, mkdir, more, etc. • many tasks can be performed through the graphical user interface (GUI) ...
Overview of Leda Programming Language
... appears, then parameters are passed by reference. In this case an assignment to the parameter identifier made within a function will be reflected in a change to the actual argument value. Finally, if the byName keyword appears, then parameters are passed by name. This indicates that the evaluation o ...
... appears, then parameters are passed by reference. In this case an assignment to the parameter identifier made within a function will be reflected in a change to the actual argument value. Finally, if the byName keyword appears, then parameters are passed by name. This indicates that the evaluation o ...
MAP:501 - Nagaland University
... Objective: The Microprocessor is a general –purpose programmable logic device. A thorough understanding of the microprocessor demands concepts and skills from two different disciplines: hardware concepts from electronics and programming skills from computer science. Microprocessor is an exciting, ch ...
... Objective: The Microprocessor is a general –purpose programmable logic device. A thorough understanding of the microprocessor demands concepts and skills from two different disciplines: hardware concepts from electronics and programming skills from computer science. Microprocessor is an exciting, ch ...
Paradigms
... Declarative Programming • Specifies WHAT is to be computed abstractly • Expresses the logic of a computation without describing its control flow • Declarative languages include – logic programming, and – functional programming. ...
... Declarative Programming • Specifies WHAT is to be computed abstractly • Expresses the logic of a computation without describing its control flow • Declarative languages include – logic programming, and – functional programming. ...
Week 06 - Programming Languages
... ! The boundary between compiled and interpreted can be fuzzy " Java is compiled to produce JBC (Java Byte Code) " The JBC is then interpreted or JIT compiled ...
... ! The boundary between compiled and interpreted can be fuzzy " Java is compiled to produce JBC (Java Byte Code) " The JBC is then interpreted or JIT compiled ...
Chapter 4 Methods
... is not affected, regardless of the changes made to the parameter inside the function. We will examine an interesting scenario in the following example, in which the parameters are changed in the function but the arguments are not affected. ...
... is not affected, regardless of the changes made to the parameter inside the function. We will examine an interesting scenario in the following example, in which the parameters are changed in the function but the arguments are not affected. ...
Introduction to 8086
... For the moment we will skip details of variable declaration and simply use the 8086 registers as the variables in our programs. Registers have predefined names and do not need to be declared. ...
... For the moment we will skip details of variable declaration and simply use the 8086 registers as the variables in our programs. Registers have predefined names and do not need to be declared. ...
Recursion and Implementation of Functions
... – A last-in, first-out data structure provided by the operating system for each running program – For temporary storage of automatic variables, arguments, function results, and other stuff ...
... – A last-in, first-out data structure provided by the operating system for each running program – For temporary storage of automatic variables, arguments, function results, and other stuff ...
Document
... LISP definitions of the primitives. Use only the built-in LISP functions listed above. 2. Load your primitives file and test each function thoroughly 3. Create a second file using a text editor that contains the LISP definitions of the functionals. Note: You do not have define composition or conditi ...
... LISP definitions of the primitives. Use only the built-in LISP functions listed above. 2. Load your primitives file and test each function thoroughly 3. Create a second file using a text editor that contains the LISP definitions of the functionals. Note: You do not have define composition or conditi ...
SC123 Assembly Language Manual SC123 Website: Dr. Robert Silverman Computer Science Department
... Register: This addressing mode specifies one of the four general purposes registers. If src is register, the information is in register. If destination is register, then the data will be deposited in the register. Memory: This mode indicates a location in main memory. When the memory addressing mod ...
... Register: This addressing mode specifies one of the four general purposes registers. If src is register, the information is in register. If destination is register, then the data will be deposited in the register. Memory: This mode indicates a location in main memory. When the memory addressing mod ...
Loops
... Subprogram control structure • Guarantees for subprograms: – Forces the invoking code to pause execution – Starts execution at top of subprogram code – Completes execution at bottom of subprogram – Always returns execution control to the point where the subprogram was invoked ...
... Subprogram control structure • Guarantees for subprograms: – Forces the invoking code to pause execution – Starts execution at top of subprogram code – Completes execution at bottom of subprogram – Always returns execution control to the point where the subprogram was invoked ...
CSIS1120A - 11. Assembly Language Programming
... that are not part of the instruction set. The assembler actually convert them into machine instructions. (This is quite special to MIPS) The following tables shows the instruction that can be used in MIPS assembly language programs. Instructions with a ”pointing finger” are synthesized by the assemb ...
... that are not part of the instruction set. The assembler actually convert them into machine instructions. (This is quite special to MIPS) The following tables shows the instruction that can be used in MIPS assembly language programs. Instructions with a ”pointing finger” are synthesized by the assemb ...
Slides - Intro to Python File
... A subroutine or self-contained program that can be used as required. When a flowchart will not fit onto a single page we use this shape to show how the sections of the flowchart connect together. ...
... A subroutine or self-contained program that can be used as required. When a flowchart will not fit onto a single page we use this shape to show how the sections of the flowchart connect together. ...
COS_470-Practice-Week_05YanaAleksieva
... 5. Write a function, ``search,'' which takes a nested list and an atom, and it returns 't if it finds the atom within the nested list and returns nil otherwise. Test the function with (search '(a (1 c) 2 7) 'c) ...
... 5. Write a function, ``search,'' which takes a nested list and an atom, and it returns 't if it finds the atom within the nested list and returns nil otherwise. Test the function with (search '(a (1 c) 2 7) 'c) ...
Furman - Languages Slides
... • Fastest Interpreted Scripting Language • Just-in-time compiler implementation available ...
... • Fastest Interpreted Scripting Language • Just-in-time compiler implementation available ...