First-fit-decreasing (FFD) is an algorithm for bin packing. Its input is a list of items of different sizes. Its output is a packing - a partition of the items into bins of fixed capacity, such that the sum of sizes of items in each bin is at most the capacity. Ideally, we would like to use as few bins as possible, but minimizing the number of bins is an NP-hard problem, so we use an approximately-optimal heuristic. (Wikipedia).
OCR MEI MwA B: Bin Packing: 04 First Fit Decreasing Algorithm Example
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From playlist OCR MEI MwA B: Bin Packing
Math for Liberal Studies: Bin-Packing Algorithms
In this video, we use two different bin-packing algorithms to solve the same problem. For more info, visit the Math for Liberal Studies homepage: http://webspace.ship.edu/jehamb/mls/index.html
From playlist Math for Liberal Studies
OCR MEI MwA B: Bin Packing: 03 First Fit Algorithm Example
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From playlist OCR MEI MwA B: Bin Packing
OCR MEI MwA B: Bin Packing: 05 Full-Bin Strategy Example
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From playlist OCR MEI MwA B: Bin Packing
Math for Liberal Studies - Lecture 1.8.2 One-at-a-Time Algorithms
This is the second video for Math for Liberal Studies Section 1.8: Bin Packing and Scheduling. In this lecture, I discuss two algorithms for solving bin-packing problems: the first-fit algorithm and the best-fit algorithm. I work through an example of each algorithm and discuss advantages
From playlist Math for Liberal Studies Lectures
Packing algorithms - First-fit (decreasing) algorithms (Decision Maths 1)
Powered by https://www.numerise.com/ Packing algorithms - First-fit (decreasing) algorithms www.hegartymaths.com http://www.hegartymaths.com/
From playlist Decision Maths 1 OCR Exam Board (A-Level tutorials)
OCR MEI MwA B: Bin Packing: 07 Bin Packing Complexity
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From playlist OCR MEI MwA B: Bin Packing
Math for Liberal Studies - Lecture 1.8.1 The Bin-Packing Problem
This is the first video for Math for Liberal Studies Section 1.8: Bin Packing and Scheduling. In this lecture, I discuss the general idea behind the bin-packing problem and talk about several examples of how this problem can occur in the real world.
From playlist Math for Liberal Studies Lectures
Math for Liberal Studies - Lecture 1.8.3 Sorted-Weight Algorithms
This is the third video for Math for Liberal Studies Section 1.8: Bin Packing and Scheduling. In this lecture, I discuss variations of the first-fit and best-fit packing algorithms. In these methods, we first sort the list of objects from largest to smallest before applying the packing alg
From playlist Math for Liberal Studies Lectures
Bin Packing Algorithms (Tutorial 5) D1 EDEXCEL A-Level
Powered by https://www.numerise.com/ This video is a tutorial on the Bin Packing Algorithms (First fit, first-fit decreasing, full-bin) for Decision 1 Math A-Level. Please make yourself revision notes while watching this and attempt my examples. Complete the suggested exercises from the
From playlist Decision 1: Edexcel A-Level Maths Full Course
Bin Packing Algorithms (Exam Qs 5) D1 EDEXCEL A-Level
Powered by https://www.numerise.com/ This video is on the past paper exam questions that have come up between Jan 2007 and Jan 2012 on the Bin Packing Algorithms (First fit, first-fit decreasing, full-bin) for Decision 1 Maths A-Level. You should have already watched the video titled Bin
From playlist Decision 1: Edexcel A-Level Maths Full Course
q2 D1 Edexcel May June 2013 Past Paper Exam questions AS Maths Revisions AQA OCR decision
www.m4ths.com GCSE and A Level Worksheets, videos and helpbooks. Full course help for Foundation and Higher GCSE 9-1 Maths All content created by Steve Blades
From playlist D1 Edexcel May June 2013 Past Paper Exam question AS Maths
OCR MEI MwA B: Bin Packing: 06 Heuristic Algorithms
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From playlist OCR MEI MwA B: Bin Packing
D1 Q2 June 2013 Edexcel Maths A-Level
Powered by https://www.numerise.com/ D1 Q2 June 2013 Edexcel Maths A-Level
From playlist Decision Maths 1 June 2013 Edexcel Maths A-Level