PPT-Memory Chapter 9  Journal: Day

6 If you could have your memory of any part event period instance etc of your life erased what would you chose andor would you do it Journal Day 7 In your everyday life what sorts of strategies do you use to help you remember things you dont want to forget ie studying for a test remembering all the things you must do in a day attempting to remember the name of someone whom you have just met etc. DAY 1 DAY 2 DAY 3 DAY 4 WZK d t d dt d d KW d d d KW D d t d W d W d SAMPLE 2WEEK And 57375en 57375ere Were None meets the standard for Range of Reading and Level of Text Complexity for grade 8 Its structure pacing and universal appeal make it an appropriate reading choice for reluctant readers 57375e book also o57373ers students Avg Access Time 2 Tokens Number of Controllers Average Access Time clock cyles brPage 16br Number of Tokens vs Avg Access Time 9 Controllers Number of Tokens Average Access Time clock cycles brPage 17br brPage 18br 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 1 miles hobby listen to and when you trying to quit may smell like sticks to ke ep meditation tapes smoke log cigar ette smoke your mouth busy keep b usy during information into decide on a plan the times you smoking diary to handle c ravings normally sm 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.. 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. CprE 381 Computer Organization and Assembly Level Programming, Fall 2013. Zhao Zhang. Iowa State University. Revised from original slides provided . by MKP. Chapter 5 — Large and Fast: Exploiting Memory Hierarchy — . Background. Swapping . Contiguous Memory Allocation. Segmentation. Paging. Structure of the Page Table. Example: The Intel 32 and 64-bit Architectures. Example: ARM Architecture. Objectives. To provide a detailed description of various ways of organizing memory hardware. 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 . Chapter 5 — Large and Fast: Exploiting Memory Hierarchy — . 2. Memory Technology. Static RAM (SRAM). 0.5ns – 2.5ns, $2000 – $5000 per GB. Dynamic RAM (DRAM). 50ns – 70ns, $20 – $75 per GB. Keyboard. (Encoding). Disk. (Storage). Monitor. (Retrieval. Sequential Process. Studying memory. Memory. Persistence of learning over time through the encoding, storage, and retrieval of information. Cued Recall. Recognition. Savings. Implicit / Indirect Memory. Procedural Memory. Declarative Memory. The Information Processing View of Memory. Short Term Memory. Long Term Memory. Episodic Memory. Source Amnesia.