'Cpu 1' presentation slideshows

Clusters in Molecular Sciences Applications

490 views • 30 slides

Multiprocessor Cache Coherency

Multiprocessor Cache Coherency. CS448. What is Cache Coherence?. Two processors can have two different values for the same memory location. Terminology. Coherence Defines what values can be returned by a read Coherent if:

306 views • 27 slides

Processes and Operating Systems

Processes and Operating Systems. Operating systems. - Memory Management - Process Management - File System - Storage Management - Networking - Security. Operating systems. The operating system controls resources: who gets the CPU; when I/O takes place; how much memory is allocated.

498 views • 25 slides

Processes and operating systems

Processes and operating systems. Operating systems. Operating systems. The operating system controls resources: who gets the CPU; when I/O takes place; how much memory is allocated. The most important resource is the CPU itself. CPU access controlled by the scheduler.

510 views • 24 slides

Processes and operating systems

Processes and operating systems. Operating systems. Operating systems. The operating system controls resources: who gets the CPU; when I/O takes place; how much memory is allocated. The most important resource is the CPU itself. CPU access controlled by the scheduler.

252 views • 24 slides

Processes and operating systems

Processes and operating systems. Interprocess communication. Operating system performance. Power management. Interprocess communication. OS provides interprocess communication mechanisms: various efficiencies; communication power. Interprocess communication.

365 views • 23 slides

Processes and operating systems

Processes and operating systems. Operating systems. Operating systems. The operating system controls resources: who gets the CPU; when I/O takes place; how much memory is allocated. The most important resource is the CPU itself. CPU access controlled by the scheduler.

480 views • 23 slides

Processes and operating systems

Processes and operating systems. Operating systems. Operating systems. The operating system controls resources: who gets the CPU; when I/O takes place; how much memory is allocated. The most important resource is the CPU itself. CPU access controlled by the scheduler.

235 views • 23 slides

410 views • 21 slides

Lecture 25: Wrap-Up

306 views • 19 slides

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358 views • 16 slides

Split-OS An Operating System Architecture for Clusters of Intelligent Devices

Split-OS An Operating System Architecture for Clusters of Intelligent Devices. Aniruddha Bohra , Kalpana Banerjee Suresh Gopalakrishnan, Murali Rangarajan and Liviu Iftode Disco Laboratory, Department Of Computer Science Rutgers University. Cluster of Intelligent Devices. CPU. CPU.

197 views • 8 slides

Split-OS An Operating System Architecture for Clusters of Intelligent Devices

Split-OS An Operating System Architecture for Clusters of Intelligent Devices. Aniruddha Bohra , Kalpana Banerjee Suresh Gopalakrishnan, Murali Rangarajan and Liviu Iftode Disco Laboratory, Department Of Computer Science Rutgers University. Cluster of Intelligent Devices. CPU. CPU.

217 views • 8 slides

CPU 1

Main Memory. CPU 1. IRQ. FSB Controller. CPU 2. IRQ. BSB Controller. CPU n. IRQ. Expandable Device Bus. Keyboard. Interrupt Controller. Mouse. Console. DMA. Mentat Instruction (32 bits with variable addressing length). Explanation of opcodes.

278 views • 8 slides

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174 views • 6 slides

Crypto Tablets

149 views • 1 slides