PPT-1 Topic 17: Memory Analysis

COS 320 Compiling Techniques Princeton University Spring 2016 Lennart Beringer Motivation Do pointers p and q alias Can I eliminate this store instruction Can pointer x be NULL here. 4MB rdiskgz Com ressed Linux A pp lications 640K ffs2 Nonvolatile File System 7MB Uncompressed running Linux Kernel 1MB Free User Memory volatile 6MB Uncompressed running Linux Applications Root File System 2MB Scratch Pad File System Volatile File Module 26. Forgetting. It wouldn’t be good to remember everything. Too much clutter!. Two-Track Mind. Anterograde amnesia – can recall past, but can’t remember new things. *Can learn the way to the bathroom or job skills, but no conscious memory of these “new” things – automatic processing remained intact – though explicit memory did not.. Chapter 11. Learning & Behavior (Chance). Chapter Guiding Questions. What are some ways of thinking about memory?. What kinds of memory have been identified?. Where are memories to be found?. What, exactly, is forgetting?. Rochelle Terman. Social Computing Working Group. Feb 27, 2015. https://github.com/rochelleterman/worlds-women. Lifecycle. Frame research question. Acquire text data. Preprocess. Analyze. Visualize + Interpret. U . Wisc. and HP Labs. ISCA’13. Architecture Reading Club Summer'13. 1. Key points. Big memory workloads . Memcached. , databases, graph analysis . Analysis shows. TLB misses can account for . upto. Chenghua. Lin . & . Yulan. He. CIKM09. Main Idea. This . paper . proposes . a novel probabilistic modeling framework based on . Latent . Dirichlet. Allocation (LDA), called joint sentiment/. An introduction. What have you forgotten?. 40. What does the number 40 have to do with memory?. Forgetting is normal. Why We Forget?. Inattention. -- distracted, poor encoding. Suggestion. -- we are influenced by other. Discovery. In . Social Networks. Review of Topic Model. Review of Joint/Conditional Distributions. What do the following tell us:. P(. Z. i. ). P(. Z. i. | {W,D}). P(. θ. . | {W,D}). Extending The Topic Model. Man Cao. Jake . Roemer. Aritra. . Sengupta. Michael D. Bond. 1. Parallel Programming is Hard. 2. Parallel Programming is Hard. Shared-memory. 3. Main Memory. CPU. Cache. CPU. Cache. CPU. Cache. CPU. Man Cao. Jake . Roemer. Aritra. . Sengupta. Michael D. Bond. 1. Parallel Programming is Hard. 2. Parallel Programming is Hard. Shared-memory. 3. Main Memory. CPU. Cache. CPU. Cache. CPU. Cache. CPU. : . A . group of . related . mental processes that are involved in acquiring, storing, and retrieving information. What Is Memory?. M. emory . involves . three fundamental processes.. Encoding. : . T. Choosing a Good Topic. What Happens After Brainstorming Topics?. Strategies for Brainstorming an EDD Topic. Brainstorming Review. What Do You Know?. What Do You Love?. Don’t You Hate It When . . .. Lecture for CPSC 5155. Edward Bosworth, Ph.D.. Computer Science Department. Columbus State University. The Simple View of Memory. The simplest view of memory is . that presented . at the ISA (Instruction Set Architecture) level. At this level, memory is a . DOWNLOAD Reform Memory Protocol PDF EBook ➤ Martin Reilly™ Science Backed Method For The Treatment And Prevention Of Alzheimer\'s And Dementia