Data Structure Algorithm Days by Saqib Mohammad (16 results)

PAP. Condition: New. New Book. Shipped from UK. Established seller since 2000.

PAP. Condition: New. New Book. Shipped from UK. Established seller since 2000.

PAP. Condition: New. New Book. Shipped from UK. Established seller since 2000.

PAP. Condition: New. New Book. Shipped from UK. Established seller since 2000.

Taschenbuch. Condition: Neu. Neuware.

Taschenbuch. Condition: Neu. Neuware.

Taschenbuch. Condition: Neu. Neuware.

Paperback. Condition: new. Paperback. Fourteen days of drills that turn data structures and algorithms into something you can use under pressure. This is a book of problems. Every rule is stated in as few words as it can be, shown working in a short program with its real captured output, and then handed back as drills. Nothing is asserted that is not also demonstrated: every listing in the book was run with CPython 3.11.0 and warnings turned into errors, and every printed result was captured from that run. The programming problems build one real tool across the fourteen days. It is called tally, a command-line text index. It begins on Day 1 as a word counter and gains, day by day, a growing buffer, a document list, a query parser, a ranking, a heap, a postings list, a hash index, an ordered vocabulary, prefix search, a co-occurrence graph, related-term search and spelling suggestions. Each day's tool is the previous day's tool with one structure added, so the reason for each structure arrives before the structure does. The two weeks run in three movements. Days 1 to 5 build the foundations: the cost model, arrays and dynamic arrays, linked lists, stacks and queues, and recursion with backtracking. Days 6 to 9 cover sorting, heaps and priority queues, searching and two pointers, and hash tables. Days 10 to 14 cover binary search trees, balanced trees and tries, graphs and traversal, shortest paths and spanning trees, and finally dynamic programming and greedy algorithms. Every chapter has the same shape. Numbered sections state the rules. Twenty worked examples show each rule running, each with a complete program, its real output, a figure and a short explanation. Then a fixed ladder of five problem sets: review questions, worked problems with full solutions, worked programming problems with complete programs, and unassisted practice problems in both written and programming form. The answers to the review questions are at the end of the chapter. The practice problems have no answers anywhere, by design. YOUR 14-DAY PATH WEEK 1 - FOUNDATIONS AND SORTING Day 1 - The Cost Model and ComplexityDay 2 - Arrays and Dynamic ArraysDay 3 - Linked ListsDay 4 - Stacks and QueuesDay 5 - Recursion and BacktrackingDay 6 - Elementary and Divide-and-Conquer SortingDay 7 - Heaps, Priority Queues and Linear-Time Sorting WEEK 2 - SEARCHING, TREES, GRAPHS AND DESIGN METHODS Day 8 - Searching, Binary Search and Two PointersDay 9 - Hash TablesDay 10 - Binary Trees and Binary Search TreesDay 11 - Balanced Trees and TriesDay 12 - Graphs and TraversalDay 13 - Shortest Paths, Spanning Trees and Topological OrderDay 14 - Dynamic Programming and Greedy Algorithms WHO IT'S FOR Students taking a data structures course who want drills rather than a reference. Readers preparing for an examination or a technical interview, where the measure is what can be produced without help. Working programmers who want fluency in the structures they already use by name. One programming language is assumed, with loops, functions and lists. No prior work on data structures is assumed, and no mathematics beyond logarithms and summation. 296 worked examples. 350 figures. Over 800 problems. 384 pages. Written to Python 3.11. Fourteen days. Work them in order, and do the problems. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

Paperback. Condition: new. Paperback. Fourteen days of drills that turn data structures and algorithms into something you can use under pressure.This is a book of problems. Every rule is stated in as few words as it can be, shown working in a short program with its real captured output, and then handed back as drills. Nothing is asserted that is not also demonstrated: every listing in the book was compiled and run with g++ -std=c++23 -O2 -Wall -Wextra, and every printed result was captured from that run.The programming problems build one real tool across the fourteen days. It is called tally, a command-line text index. It begins on Day 1 as a word counter and gains, day by day, a growing buffer, a document list, a query parser, a ranking, a heap, a postings list, a hash index, an ordered vocabulary, prefix search, a co-occurrence graph, related-term search and spelling suggestions. Each day's tool is the previous day's tool with one structure added, so the reason for each structure arrives before the structure does.The two weeks run in three movements. Days 1 to 5 build the foundations: the cost model, arrays and dynamic arrays, linked lists, stacks and queues, and recursion with backtracking. Days 6 to 9 cover sorting, heaps and priority queues, searching and two pointers, and hash tables. Days 10 to 14 cover binary search trees, balanced trees and tries, graphs and traversal, shortest paths and spanning trees, and finally dynamic programming and greedy algorithms.Every chapter has the same shape. Numbered sections state the rules. Twenty worked examples show each rule running, each with a complete program, its real output, a figure and a short explanation. Then a fixed ladder of five problem sets: review questions, worked problems with full solutions, worked programming problems with complete programs, and unassisted practice problems in both written and programming form. The answers to the review questions are at the end of the chapter. The practice problems have no answers anywhere, by design.YOUR 14-DAY PATHWEEK 1 - FOUNDATIONS AND SORTINGDay 1 - The Cost Model and ComplexityDay 2 - Arrays and Dynamic ArraysDay 3 - Linked ListsDay 4 - Stacks and QueuesDay 5 - Recursion and BacktrackingDay 6 - Elementary and Divide-and-Conquer SortingDay 7 - Heaps, Priority Queues and Linear-Time SortingWEEK 2 - SEARCHING, TREES, GRAPHS AND DESIGN METHODSDay 8 - Searching, Binary Search and Two PointersDay 9 - Hash TablesDay 10 - Binary Trees and Binary Search TreesDay 11 - Balanced Trees and TriesDay 12 - Graphs and TraversalDay 13 - Shortest Paths, Spanning Trees and Topological OrderDay 14 - Dynamic Programming and Greedy AlgorithmsWHO IT'S FORStudents taking a data structures course who want drills rather than a reference. Readers preparing for an examination or a technical interview, where the measure is what can be produced without help. Working programmers who want fluency in the structures they already use by name. One programming language is assumed, with loops, functions and arrays. No prior work on data structures is assumed, and no mathematics beyond logarithms and summation.280 worked examples. 337 figures. About 700 problems. 396 pages. Written to C++23.Fourteen days. Work them in order, and do the problems. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

Condition: New. Print on Demand.

Condition: New. Print on Demand.

Condition: New. Print on Demand.

Condition: New. Print on Demand.

Paperback. Condition: new. Paperback. Fourteen days of drills that turn data structures and algorithms into something you can use under pressure, written for C# 14 on .NET 10. This is a book of problems. Every rule is stated in as few words as it can be, shown working in a short program with its real captured output, and then handed back as drills. Nothing is asserted that is not also demonstrated: every listing is a single self-contained C# 14 file, run with dotnet run and no project file, and every printed result was captured from that run, with every timing warmed up and averaged so it measures the algorithm and not the JIT compiler or the garbage collector. The programming problems build one real tool across the fourteen days. It is called tally, a command-line text index. It begins on Day 1 as a word counter and gains, day by day, a growable buffer, a document list, a query parser, a ranking, a heap, a postings list, a hash index, an ordered vocabulary, prefix search, a co-occurrence graph, related-term search and spelling suggestions. Each day's tool is the previous day's tool with one structure added, so the reason for each structure arrives before the structure does. The two weeks run in three movements. Days 1 to 5 build the foundations: the cost model, arrays and dynamic arrays, linked lists, stacks and queues, and recursion with backtracking. Days 6 to 9 cover sorting, heaps and priority queues, searching and two pointers, and hash tables. Days 10 to 14 cover binary search trees, balanced trees and tries, graphs and traversal, shortest paths and spanning trees, and finally dynamic programming and greedy algorithms. Every chapter has the same shape. Numbered sections state the rules. Twenty worked examples show each rule running, each with a complete program, its real output, a figure and a short explanation. Then a fixed ladder of five problem sets: review questions, worked problems with full solutions, worked programming problems with complete programs, and unassisted practice problems in both written and programming form. The answers to the review questions are at the end of the chapter. The practice problems have no answers anywhere, by design. YOUR 14-DAY PATH WEEK 1 - FOUNDATIONS AND SORTING Day 1 - The Cost Model and ComplexityDay 2 - Arrays and Dynamic ArraysDay 3 - Linked ListsDay 4 - Stacks and QueuesDay 5 - Recursion and BacktrackingDay 6 - Elementary and Divide-and-Conquer SortingDay 7 - Heaps, Priority Queues and Linear-Time Sorting WEEK 2 - SEARCHING, TREES, GRAPHS AND DESIGN METHODS Day 8 - Searching, Binary Search and Two PointersDay 9 - Hash TablesDay 10 - Binary Trees and Binary Search TreesDay 11 - Balanced Trees and TriesDay 12 - Graphs and TraversalDay 13 - Shortest Paths, Spanning Trees and Topological OrderDay 14 - Dynamic Programming and Greedy Algorithms WHO IT'S FOR Students taking a data structures course who want drills rather than a reference. Readers preparing for an examination or a technical interview, where the measure is what can be produced without help. Working programmers who want fluency in the structures they already use by name. One programming language is assumed, with loops, functions and arrays. No prior work on data structures is assumed, and no mathematics beyond logarithms and summation. 290 worked examples. 346 figures. About 700 problems. 388 pages. Written to C# 14. Fourteen days. Work them in order, and do the problems. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…

Paperback. Condition: new. Paperback. Fourteen days of drills that turn data structures and algorithms into something you can use under pressure. This is a book of problems. Every rule is stated in as few words as it can be, shown working in a short program with its real captured output, and then handed back as drills. Nothing is asserted that is not also demonstrated: every listing in the book was run with CPython 3.11.0 and warnings turned into errors, and every printed result was captured from that run. The programming problems build one real tool across the fourteen days. It is called tally, a command-line text index. It begins on Day 1 as a word counter and gains, day by day, a growing buffer, a document list, a query parser, a ranking, a heap, a postings list, a hash index, an ordered vocabulary, prefix search, a co-occurrence graph, related-term search and spelling suggestions. Each day's tool is the previous day's tool with one structure added, so the reason for each structure arrives before the structure does. The two weeks run in three movements. Days 1 to 5 build the foundations: the cost model, arrays and dynamic arrays, linked lists, stacks and queues, and recursion with backtracking. Days 6 to 9 cover sorting, heaps and priority queues, searching and two pointers, and hash tables. Days 10 to 14 cover binary search trees, balanced trees and tries, graphs and traversal, shortest paths and spanning trees, and finally dynamic programming and greedy algorithms. Every chapter has the same shape. Numbered sections state the rules. Twenty worked examples show each rule running, each with a complete program, its real output, a figure and a short explanation. Then a fixed ladder of five problem sets: review questions, worked problems with full solutions, worked programming problems with complete programs, and unassisted practice problems in both written and programming form. The answers to the review questions are at the end of the chapter. The practice problems have no answers anywhere, by design. YOUR 14-DAY PATH WEEK 1 - FOUNDATIONS AND SORTING Day 1 - The Cost Model and ComplexityDay 2 - Arrays and Dynamic ArraysDay 3 - Linked ListsDay 4 - Stacks and QueuesDay 5 - Recursion and BacktrackingDay 6 - Elementary and Divide-and-Conquer SortingDay 7 - Heaps, Priority Queues and Linear-Time Sorting WEEK 2 - SEARCHING, TREES, GRAPHS AND DESIGN METHODS Day 8 - Searching, Binary Search and Two PointersDay 9 - Hash TablesDay 10 - Binary Trees and Binary Search TreesDay 11 - Balanced Trees and TriesDay 12 - Graphs and TraversalDay 13 - Shortest Paths, Spanning Trees and Topological OrderDay 14 - Dynamic Programming and Greedy Algorithms WHO IT'S FOR Students taking a data structures course who want drills rather than a reference. Readers preparing for an examination or a technical interview, where the measure is what can be produced without help. Working programmers who want fluency in the structures they already use by name. One programming language is assumed, with loops, functions and lists. No prior work on data structures is assumed, and no mathematics beyond logarithms and summation. 296 worked examples. 350 figures. Over 800 problems. 384 pages. Written to Python 3.11. Fourteen days. Work them in order, and do the problems. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…

Paperback. Condition: new. Paperback. Fourteen days of drills that turn data structures and algorithms into something you can use under pressure.This is a book of problems. Every rule is stated in as few words as it can be, shown working in a short program with its real captured output, and then handed back as drills. Nothing is asserted that is not also demonstrated: every listing in the book was compiled and run with g++ -std=c++23 -O2 -Wall -Wextra, and every printed result was captured from that run.The programming problems build one real tool across the fourteen days. It is called tally, a command-line text index. It begins on Day 1 as a word counter and gains, day by day, a growing buffer, a document list, a query parser, a ranking, a heap, a postings list, a hash index, an ordered vocabulary, prefix search, a co-occurrence graph, related-term search and spelling suggestions. Each day's tool is the previous day's tool with one structure added, so the reason for each structure arrives before the structure does.The two weeks run in three movements. Days 1 to 5 build the foundations: the cost model, arrays and dynamic arrays, linked lists, stacks and queues, and recursion with backtracking. Days 6 to 9 cover sorting, heaps and priority queues, searching and two pointers, and hash tables. Days 10 to 14 cover binary search trees, balanced trees and tries, graphs and traversal, shortest paths and spanning trees, and finally dynamic programming and greedy algorithms.Every chapter has the same shape. Numbered sections state the rules. Twenty worked examples show each rule running, each with a complete program, its real output, a figure and a short explanation. Then a fixed ladder of five problem sets: review questions, worked problems with full solutions, worked programming problems with complete programs, and unassisted practice problems in both written and programming form. The answers to the review questions are at the end of the chapter. The practice problems have no answers anywhere, by design.YOUR 14-DAY PATHWEEK 1 - FOUNDATIONS AND SORTINGDay 1 - The Cost Model and ComplexityDay 2 - Arrays and Dynamic ArraysDay 3 - Linked ListsDay 4 - Stacks and QueuesDay 5 - Recursion and BacktrackingDay 6 - Elementary and Divide-and-Conquer SortingDay 7 - Heaps, Priority Queues and Linear-Time SortingWEEK 2 - SEARCHING, TREES, GRAPHS AND DESIGN METHODSDay 8 - Searching, Binary Search and Two PointersDay 9 - Hash TablesDay 10 - Binary Trees and Binary Search TreesDay 11 - Balanced Trees and TriesDay 12 - Graphs and TraversalDay 13 - Shortest Paths, Spanning Trees and Topological OrderDay 14 - Dynamic Programming and Greedy AlgorithmsWHO IT'S FORStudents taking a data structures course who want drills rather than a reference. Readers preparing for an examination or a technical interview, where the measure is what can be produced without help. Working programmers who want fluency in the structures they already use by name. One programming language is assumed, with loops, functions and arrays. No prior work on data structures is assumed, and no mathematics beyond logarithms and summation.280 worked examples. 337 figures. About 700 problems. 396 pages. Written to C++23.Fourteen days. Work them in order, and do the problems. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…