PPT-COSC 3100 Decrease and Conquer

Instructor Tanvir Decrease and Conquer Exploit the relationship between a solution to a given instance of a problem and a solution to its smaller instance Topdown recursive Bottomup iterative. Course 3. Warm Up. Problem of the Day. Lesson Presentation. Warm Up. 1.. . 14,000 is 2 % of what number?. 2.. 39 is 13% of what number?. 3.. 37 % of what number is 12?. 4.. 150% of what number is 189?. CS 46101 Section 600. CS 56101 Section 002. . Dr. Angela Guercio. Spring 2010. Analyzing Divide-and-Conquer Algorithms. Use a recurrence to characterize the running time of a divide-and-conquer algorithm.. Transform and Conquer. Instructor: . Tanvir. What is Transform and Conquer ?. The 4. th. algorithm design technique we are going to study. Three major variations. Instance Simplification:. Transform to a simpler or more convenient instance of the same problem. Diff. Analytical . Transmissions Electron Microscopy (TEM). Part I:. The microscope. Sample preparation. Imaging. Part II:. Diffraction. Defects. Part III. Spectroscopy. . Repetision. :. Electron . Diffraction. How to Conquer MMOG/LE. Terry Onica – Director, Automotive, QAD. Sharon Wood – Corporate Delivery/MMOG Champion,. . SGroup. Automotive. 2. The following is intended to outline QAD’s general product direction. It is intended for information purposes only, and may not be incorporated into any contract. It is not a commitment to deliver any material, code, functional capabilities, and should not be relied upon in making purchasing decisions. The development, release, and timing of any features or functional capabilities described for QAD’s products remains at the sole discretion of QAD.. A. Fiat and T. Tassa, “. Dynamic Traitor . Tracing. ”, . J. . Cryptology. , vol. 14, no. . 3, 2001.. T. Laarhoven et al., “. Dynamic Tardos Traitor Tracing . Schemes. ”, . submitted for publication. . CS 3100 CPU Scheduling. 1. Objectives. To introduce CPU scheduling, which is the basis for . multiprogrammed. operating systems. To describe various CPU-scheduling algorithms. To discuss evaluation criteria for selecting a CPU-scheduling algorithm for a particular system. Divide and Conquer. . The divide-and-conquer. design paradigm. 1. Divide. . the problem (instance). into . subproblems. .. 2. Conquer. . the . subproblems. by. solving them recursively.. PrePeat. Printer. Robert Orloff. MIS 304. 2/15/2010. No Ink and No Toner Needed. The . PrePeat. printer uses thermal technology and special reusable printer sheets to print without ink.. The rewritable printer sheets are made out of PET film/plastic.. Already seen program statement types. :. rules: p(X) :- q(X,Y), r(. Y,z. ).. facts: likes(. brian. , . madonna. ).. queries: ?- likes(. madonna. , . brian. ).. Argument forms:. 1. logical . 1. Recurrence Relations. Time complexity for Recursive Algorithms. Can be more difficult to solve than for standard algorithms because we need to know complexity for the sub-recursions of decreasing size. 1. File Concept. Contiguous logical address space. Types: . Data. numeric. character. binary. Program. CS 3100 File-System Interface. 2. File Structure. None - sequence of words, bytes. Simple record structure. Vostinar. Grinnell College. Many slides borrowed lovingly from . Skiena. Outline. Homework . reqs. Divide and Conquer. Find the median. Implementation on . HackerRank. No office hours today. Homework requirements. Part I:. The microscope. Sample preparation. Imaging/Contrast. Part II:. Diffraction. Defects. Part III. Spectroscopy. . MENA 3100: . TEM. Electron . gun. Condenser. . aperture. Sample holder. Objective.