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19 November 2024
- 11:0111:01, 19 November 2024 diff hist +24 Aligning expectations →About the exam current
- 10:5910:59, 19 November 2024 diff hist +217 m Aligning expectations →About the exam
- 10:5410:54, 19 November 2024 diff hist +130 m Programme No edit summary current
8 October 2024
- 05:2705:27, 8 October 2024 diff hist +232 m Computer design No edit summary current
13 September 2024
- 07:0007:00, 13 September 2024 diff hist +49 m MySQL →Exercises current
- 06:5706:57, 13 September 2024 diff hist +12 m MySQL →Exercises
2 September 2024
- 18:3618:36, 2 September 2024 diff hist +123 m Aligning expectations →Prerequisite knowledge
20 August 2024
- 11:0511:05, 20 August 2024 diff hist 0 m Aligning expectations →Prerequisite knowledge
- 10:3510:35, 20 August 2024 diff hist 0 Programme No edit summary
- 10:3410:34, 20 August 2024 diff hist +72 Programme No edit summary
19 August 2024
- 15:0215:02, 19 August 2024 diff hist +16 Programme No edit summary
- 15:0115:01, 19 August 2024 diff hist 0 Programme No edit summary
- 14:5414:54, 19 August 2024 diff hist 0 22112 High Performance Computing in Life Science →Course details current
- 14:5314:53, 19 August 2024 diff hist +634 N Programme Fall 2023 Created page with "* 28/08 Lesson 1: Databases * 04/09 Lesson 2: MySQL * 11/09 Lesson 3: Coding against databases * 18/09 Lesson 4: Computer design * 25/09 Lesson 5: Queueing System * 02/10 Lesson 6: Distributed computing, [https://evaluering.dtu.dk/ Midterm evaluation] - part 1 * 09/10 Lesson 7: What affects performance, [https://evaluering.dtu.dk/ Midterm evaluation] - part 2 * 23/10 Lesson 8: Algorithms * 30/10 Lesson 9: Parallel programming * 06/11 L..." current
- 14:5314:53, 19 August 2024 diff hist +50 22112 High Performance Computing in Life Science →Course details
15 August 2024
- 10:4610:46, 15 August 2024 diff hist 0 m 22112 High Performance Computing in Life Science No edit summary
20 June 2024
- 10:5510:55, 20 June 2024 diff hist +74 Example code - Prime numbers optimization No edit summary current
18 June 2024
- 11:0011:00, 18 June 2024 diff hist +80 Example code - Prime numbers optimization →The sieve of Eratosthanes
- 10:5210:52, 18 June 2024 diff hist +1 m Example code - Prime numbers optimization →The sieve of Eratosthanes
- 10:5110:51, 18 June 2024 diff hist +113 Example code - Prime numbers optimization →The sieve of Eratosthanes
- 10:4910:49, 18 June 2024 diff hist +788 Example code - Prime numbers optimization →The sieve of Eratosthanes
17 June 2024
- 16:1116:11, 17 June 2024 diff hist −22 Example code - Prime numbers optimization →The sieve of Eratosthanes
- 16:1116:11, 17 June 2024 diff hist −388 Example code - Prime numbers optimization →The sieve of Eratosthanes
- 15:3715:37, 17 June 2024 diff hist +1,506 Example code - Prime numbers optimization →The sieve of Eratosthanes
- 15:0815:08, 17 June 2024 diff hist +106 Example code - Prime numbers optimization →The sieve of Eratosthanes
- 14:5614:56, 17 June 2024 diff hist +723 Example code - Prime numbers optimization →The sieve of Eratosthanes
- 14:1414:14, 17 June 2024 diff hist +3 Example code - Prime numbers optimization No edit summary
- 14:1314:13, 17 June 2024 diff hist −3 Example code - Prime numbers optimization No edit summary
- 14:1314:13, 17 June 2024 diff hist +2,571 Example code - Prime numbers optimization No edit summary
- 12:2712:27, 17 June 2024 diff hist +4,431 N Example code - Prime numbers optimization Created page with "This is going to be a long, but quite instructive rant about various optimization ideas and techniques.<br> Let us start with my "classic" prime number generator. The idea is to see how long time is takes to find/generate the primes between 0 and 10 000 000 and use that as a measure for performance. We know that primes are integers which can only be divided by 1 and the primes itself. Therefore it is an obvious idea to evaluate if a number is a prime by starting to divi..."
- 11:4411:44, 17 June 2024 diff hist +13 Binary representation →Material for the lesson current
- 11:4111:41, 17 June 2024 diff hist +4 Binary representation →Material for the lesson
- 11:4011:40, 17 June 2024 diff hist +43 Binary representation →Material for the lesson
- 11:0511:05, 17 June 2024 diff hist +585 Example code - memoization No edit summary current
- 10:5010:50, 17 June 2024 diff hist +2,466 N Example code - memoization Created page with "Memoization is an optimization technique, which remembers the result of CPU/time expensive function calls.<br> It is an example of the Golden Rule: Do not repeat work that has already been done.<br> You can also call the method for "caching of results". <pre> #!/usr/bin/env python3 # Demo of the effectivenes of caching import time class Compute: # Class variable used for caching cache = dict() def __init__(self, computeDelay): # Instance variab..."
- 10:4110:41, 17 June 2024 diff hist +45 What affects performance →Material for the lesson current
- 10:3510:35, 17 June 2024 diff hist −14 Programme No edit summary
- 10:3410:34, 17 June 2024 diff hist −2 Exercises and Organization →Material for the lesson current
- 10:3310:33, 17 June 2024 diff hist −15 Hash usage No edit summary current
- 10:3210:32, 17 June 2024 diff hist −127 Binary representation No edit summary
- 10:3010:30, 17 June 2024 diff hist +3,921 N Binary representation Created page with "{| width=500 style="float:right; margin-left: 10px; margin-top: -56px;" |Previous: More parallelism |Next: Hash usage |} == Material for the lesson == Video: [https://panopto.dtu.dk/Panopto/Pages/Viewer.aspx?id=6d4f429b-c110-4439-9bdb-af170077108e MapReduce Framework, short intro]<br> Video: [https://panopto.dtu.dk/Panopto/Pages/Viewer.aspx?id=a0160728-b8be-4b9b-820e-af170076f2c2 Binary numbers, representation and operations]<br> Powerpoint: [https://teaching.he..."
- 10:2910:29, 17 June 2024 diff hist −14 More parallelism No edit summary current
- 10:2810:28, 17 June 2024 diff hist 0 m More parallelism →Material for the lesson
- 10:2810:28, 17 June 2024 diff hist −1 m Parallel programming →Material for the lesson current
- 10:2710:27, 17 June 2024 diff hist −3 m Algorithms →Material for the lesson current
- 10:2510:25, 17 June 2024 diff hist −1 m What affects performance →Material for the lesson
- 10:2510:25, 17 June 2024 diff hist −1 Distributed computing →Material for the lesson current
- 10:2410:24, 17 June 2024 diff hist −1 Queueing System →Material for the lesson current
- 10:2310:23, 17 June 2024 diff hist −1 Computer design →Material for the lesson
- 10:2310:23, 17 June 2024 diff hist −1 Coding against databases →Material for the lesson current