The document discusses different types of queues including linear queues, circular queues, priority queues, and deques. It provides details on the basic operations for each type of queue including insert and delete operations. For linear queues, it describes how elements are added to the rear and removed from the front in FIFO order. Circular queues are described as improving on linear queues by making the queue circular to avoid overflow. Priority queues are defined as having elements with assigned priorities and removing the highest priority element first. Finally, deques are introduced as allowing insertions and deletions from either end.
This document discusses linked lists and their implementation in C. It begins by describing the differences between array-based and linked list implementations. Specifically, it notes that linked lists use dynamic memory allocation and pointers to connect nodes rather than contiguous memory blocks. The document then covers creating and traversing linked lists using nodes with data fields and next pointers. It provides code examples for inserting, finding, deleting and destroying nodes in a singly linked list. Finally, it briefly lists some other common linked list operations like sorting, reversing and finding min/max elements.
This document discusses heaps and their implementation and applications. It defines a heap as a complete binary tree where each node's value is greater than its children in a max heap or less than its children in a min heap. Heaps can be implemented using an array, where calculations allow accessing a node's children and parent. Common heap operations like insertion and deletion take O(log n) time. Heaps are used in priority queues, sorting algorithms like heapsort, and some graph algorithms. Heapsort first builds a max or min heap from an array then repeatedly deletes the root to sort in descending or ascending order respectively.
The document discusses applying Six Sigma methodology to improve quality in education. Six Sigma aims to reduce defects to 3.4 per million by measuring and analyzing processes and identifying sources of variation. It was originally developed for manufacturing but can also be used in education to improve areas like academic performance, admissions processes, teaching programs, and accreditation. The document provides an example of using Six Sigma to improve student performance in an operations research course in Dubai. It also discusses how accrediting bodies in Kuwait and India can apply Six Sigma principles to set standards and ensure continuous quality improvement at higher education institutions.
This document summarizes a 4-week fitness challenge that includes group exercises in the park led by fitness and wellness coaches. The challenge involves personal physical tests at the start and end to evaluate results, with goals of improving one's body and changing their lifestyle through committing to 1 hour group exercise sessions 3 times a week. Participants are encouraged to push themselves, try the provided products and coaching, and remind themselves why they are taking part in the challenge.
Novartis (Bangladesh) Private Limited is a pharmaceutical company with 11 sales offices across Bangladesh and a head office in Dhaka. The company has a plant in Tongi, Gazipur that manufactures tablets, capsules, and sterile injectables. As part of an internship, the author worked on a project to improve spare parts inventory management at the Tongi plant using the ABC classification approach and developing standard operating procedures. The goal was to better organize inventory and ensure consistent operations.
This document discusses recursion in programming. Recursion is when a function calls itself, either directly or indirectly. For a recursive function to work properly it must have a base case, which provides the terminating condition, and make progress toward the base case with each recursive call. Examples of recursively defined functions include factorials, powers, Fibonacci numbers, and towers of Hanoi. Recursion allows for simple programming of some complex problems but iterative solutions may have better performance due to less function call overhead.
The document discusses different types of queues including linear queues, circular queues, priority queues, and deques. It provides details on the basic operations for each type of queue including insert and delete operations. For linear queues, it describes how elements are added to the rear and removed from the front in FIFO order. Circular queues are described as improving on linear queues by making the queue circular to avoid overflow. Priority queues are defined as having elements with assigned priorities and removing the highest priority element first. Finally, deques are introduced as allowing insertions and deletions from either end.
This document discusses linked lists and their implementation in C. It begins by describing the differences between array-based and linked list implementations. Specifically, it notes that linked lists use dynamic memory allocation and pointers to connect nodes rather than contiguous memory blocks. The document then covers creating and traversing linked lists using nodes with data fields and next pointers. It provides code examples for inserting, finding, deleting and destroying nodes in a singly linked list. Finally, it briefly lists some other common linked list operations like sorting, reversing and finding min/max elements.
This document discusses heaps and their implementation and applications. It defines a heap as a complete binary tree where each node's value is greater than its children in a max heap or less than its children in a min heap. Heaps can be implemented using an array, where calculations allow accessing a node's children and parent. Common heap operations like insertion and deletion take O(log n) time. Heaps are used in priority queues, sorting algorithms like heapsort, and some graph algorithms. Heapsort first builds a max or min heap from an array then repeatedly deletes the root to sort in descending or ascending order respectively.
The document discusses applying Six Sigma methodology to improve quality in education. Six Sigma aims to reduce defects to 3.4 per million by measuring and analyzing processes and identifying sources of variation. It was originally developed for manufacturing but can also be used in education to improve areas like academic performance, admissions processes, teaching programs, and accreditation. The document provides an example of using Six Sigma to improve student performance in an operations research course in Dubai. It also discusses how accrediting bodies in Kuwait and India can apply Six Sigma principles to set standards and ensure continuous quality improvement at higher education institutions.
This document summarizes a 4-week fitness challenge that includes group exercises in the park led by fitness and wellness coaches. The challenge involves personal physical tests at the start and end to evaluate results, with goals of improving one's body and changing their lifestyle through committing to 1 hour group exercise sessions 3 times a week. Participants are encouraged to push themselves, try the provided products and coaching, and remind themselves why they are taking part in the challenge.
Novartis (Bangladesh) Private Limited is a pharmaceutical company with 11 sales offices across Bangladesh and a head office in Dhaka. The company has a plant in Tongi, Gazipur that manufactures tablets, capsules, and sterile injectables. As part of an internship, the author worked on a project to improve spare parts inventory management at the Tongi plant using the ABC classification approach and developing standard operating procedures. The goal was to better organize inventory and ensure consistent operations.
This document discusses recursion in programming. Recursion is when a function calls itself, either directly or indirectly. For a recursive function to work properly it must have a base case, which provides the terminating condition, and make progress toward the base case with each recursive call. Examples of recursively defined functions include factorials, powers, Fibonacci numbers, and towers of Hanoi. Recursion allows for simple programming of some complex problems but iterative solutions may have better performance due to less function call overhead.
This document summarizes a lecture on game theory given by Dr. D. B. Naik. The lecture covers the key concepts of game theory including the definition of a game, two-person zero-sum games, saddle points, pure and mixed strategies, dominance rules, solving for the value of a game using algebraic and graphical methods, and approximate iterative methods. Solution techniques discussed include sub-games, linear programming, and the simplex method. The document provides examples to illustrate the various game theory concepts and solution approaches.
Unicity "Make Life Better" - ClearStart30 helps you understand about Detox & ...Kheng-Kiat Toh
Unicity "Clear Start" - Learn about Detox & Cleansing:
Q : Why do we need to do a Detox or Cleanse?
Q : Who should cleanse and how to do it?
Q : What to expect when we cleanse?
Q : What about emotional cleansing?
This document provides guidance on using Teespring to profit from selling t-shirts. It discusses performing niche research to identify popular niches and shirt designs, such as by searching eBay and Amazon for top-selling shirts. It then explains how to set up a Teespring campaign, including designing the shirt, setting the price, and writing advertising copy. Finally, it outlines using Facebook ads to target a specific niche audience, in this case "Pitbull lovers", by finding related forums and Google searches for inspiration on popular designs to scale campaigns effectively.
The document discusses different methods to solve assignment problems including enumeration, integer programming, transportation, and Hungarian methods. It provides examples of balanced and unbalanced minimization and maximization problems. The Hungarian method is described as having steps like row and column deduction, assigning zeros, and tick marking to find the optimal assignment with the minimum cost or maximum profit. A sample problem demonstrates converting a profit matrix to a relative cost matrix and using the Hungarian method to find the optimal solution.
This document discusses various methods to solve transportation problems including the North West Corner Method (NWCM), Row Minima Method (RMM), Column Minima Method (CMM), Matrix Minima Method (MMM), and Vogel's Approximate Method (VAM). It provides examples of applying these methods to transportation problem matrices and using the MODI method to check if the obtained solutions are optimal. The document also discusses how to handle cases where the number of filled cells is less than the required number or the transportation problem figure is not a rectangle.
The document provides an introduction to pressure vessels and their design. It discusses the basic components of pressure vessels including shells, heads, nozzles, and supports. It also covers the different types of pressure vessels such as horizontal, vertical, spherical, and tall vertical towers. The document discusses analyzing pressure vessels based on internal pressure and classifying vessels as thin-walled or thick-walled. It provides examples of common industrial applications of pressure vessels in areas like storage, chemical processes, medical, aerospace, and automotive.
design and analysis of composite leaf spring for light weight vehicleEr Deepak Sharma
This document presents a study on the design and analysis of a composite leaf spring for a light weight vehicle to reduce weight. A CAD model of the leaf spring and suspension components was created in CATIA V5. The leaf spring was modeled from composite E-glass/epoxy and graphite epoxy materials and a steel spring. The springs were analyzed in ANSYS for deflection and stress. Results showed the graphite epoxy spring had the lowest deflection of 5.12mm and stress of 434.43MPa, making it a better material to reduce weight compared to the steel spring.
The document discusses several common plastic fabrication processes: injection molding, extrusion, thermoforming, and blow molding. Injection molding uses heated plastic that is forced into a mold cavity to form parts. Extrusion uses heated plastic that is forced through a die to form continuous profiles. Thermoforming involves heating plastic sheets and forming them into shapes using molds, vacuum, or pressure. Blow molding uses either extruded plastic tubes ("parisons") or pre-formed plastic pieces ("preforms") that are inflated using air pressure in molds to form hollow parts. Each process has characteristic equipment, materials used, part geometries produced, and mold/die considerations.
This document summarizes a lecture on game theory given by Dr. D. B. Naik. The lecture covers the key concepts of game theory including the definition of a game, two-person zero-sum games, saddle points, pure and mixed strategies, dominance rules, solving for the value of a game using algebraic and graphical methods, and approximate iterative methods. Solution techniques discussed include sub-games, linear programming, and the simplex method. The document provides examples to illustrate the various game theory concepts and solution approaches.
Unicity "Make Life Better" - ClearStart30 helps you understand about Detox & ...Kheng-Kiat Toh
Unicity "Clear Start" - Learn about Detox & Cleansing:
Q : Why do we need to do a Detox or Cleanse?
Q : Who should cleanse and how to do it?
Q : What to expect when we cleanse?
Q : What about emotional cleansing?
This document provides guidance on using Teespring to profit from selling t-shirts. It discusses performing niche research to identify popular niches and shirt designs, such as by searching eBay and Amazon for top-selling shirts. It then explains how to set up a Teespring campaign, including designing the shirt, setting the price, and writing advertising copy. Finally, it outlines using Facebook ads to target a specific niche audience, in this case "Pitbull lovers", by finding related forums and Google searches for inspiration on popular designs to scale campaigns effectively.
The document discusses different methods to solve assignment problems including enumeration, integer programming, transportation, and Hungarian methods. It provides examples of balanced and unbalanced minimization and maximization problems. The Hungarian method is described as having steps like row and column deduction, assigning zeros, and tick marking to find the optimal assignment with the minimum cost or maximum profit. A sample problem demonstrates converting a profit matrix to a relative cost matrix and using the Hungarian method to find the optimal solution.
This document discusses various methods to solve transportation problems including the North West Corner Method (NWCM), Row Minima Method (RMM), Column Minima Method (CMM), Matrix Minima Method (MMM), and Vogel's Approximate Method (VAM). It provides examples of applying these methods to transportation problem matrices and using the MODI method to check if the obtained solutions are optimal. The document also discusses how to handle cases where the number of filled cells is less than the required number or the transportation problem figure is not a rectangle.
The document provides an introduction to pressure vessels and their design. It discusses the basic components of pressure vessels including shells, heads, nozzles, and supports. It also covers the different types of pressure vessels such as horizontal, vertical, spherical, and tall vertical towers. The document discusses analyzing pressure vessels based on internal pressure and classifying vessels as thin-walled or thick-walled. It provides examples of common industrial applications of pressure vessels in areas like storage, chemical processes, medical, aerospace, and automotive.
design and analysis of composite leaf spring for light weight vehicleEr Deepak Sharma
This document presents a study on the design and analysis of a composite leaf spring for a light weight vehicle to reduce weight. A CAD model of the leaf spring and suspension components was created in CATIA V5. The leaf spring was modeled from composite E-glass/epoxy and graphite epoxy materials and a steel spring. The springs were analyzed in ANSYS for deflection and stress. Results showed the graphite epoxy spring had the lowest deflection of 5.12mm and stress of 434.43MPa, making it a better material to reduce weight compared to the steel spring.
The document discusses several common plastic fabrication processes: injection molding, extrusion, thermoforming, and blow molding. Injection molding uses heated plastic that is forced into a mold cavity to form parts. Extrusion uses heated plastic that is forced through a die to form continuous profiles. Thermoforming involves heating plastic sheets and forming them into shapes using molds, vacuum, or pressure. Blow molding uses either extruded plastic tubes ("parisons") or pre-formed plastic pieces ("preforms") that are inflated using air pressure in molds to form hollow parts. Each process has characteristic equipment, materials used, part geometries produced, and mold/die considerations.
2. • Trénink pro zlepšení tvojí kondice
• 4 týdenní fitness výzva
• Společné cvičení v parku
• První krok ke změně životního stylu
• Místo kde potkáš nové přátele
3. Fitness coach
• Lidé, kteří ti pomáhají během tréninků
Wellnes coach
• Osoba která tě pozvala na Fit Camp
• Pomáhá dosáhnout tvých cílů v oblasti výživy
4. Osobní fyzické testy
• Běh na čas v parku
• 60 sekund kliky a dřepy
• Držení těla (plenk)
Nastav si měřitelné cíle
5. • Vyzkoušej naše Produkty
• Využij naše trenéry
• Neboj se zeptat na jakékoliv otázky
• Uvidíme se na hodině cvičení 3x týdně
• Cvič na své vlastní úrovni zátěže
6. • Motivuj sebe a ostatní dělat o kousek víc
• Přijď do H-Klubu na snídani, oběd nebo večeři
• Připomínej si proč jsi tady
• Vždycky dělej svoje osobní maximum
• Každý trénink bude končit společným pozdravem:
“1. 2. 3. FIT CLUB“
8. • Pomůže ti rychleji dosáhnout tvoje cíle
• Budeš mít více energie
• Rychleji budeš regenerovat
• Tvoje tělo bude mít dostatek proteinu
• Budeš se lépe cítit
První den
• Energetický čaj zdarma
• K ochutnání Koktejl za 50 Kč
9. • Osobní fyzické testy
• Uspořádáme Fit Camp Party
• Vyhodnotíme výsledky
• Pozvi svoje kamarády a rodinu
• Přines oblíbené zdravé jídlo
Fit Camp Party
30.5.2014 od 17:00 do 19:00
10. • Začínáme 5.5.2014
• Sraz v H-Klubu ráno v 6:00 a odpoledne v 18:00
• Počítej s počasím
• Vezmi si podložku, pití a stopky