A quick intro to In memory computing
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A quick introduction to In Memory Computing, it's general architecture, myths surrounding it, drivers, challenges and an action plan for adoption.
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Processing-in-Memory
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Next I will present some of our research results in that area, specifically in the application areas of genome sequence alignment and time series analysis.
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Lecture2
This document provides an overview of DRAM circuit and architecture basics. It discusses topics such as DRAM cell components, access protocols including row and column access, sense amplifiers, and address decoding. It also covers DRAM speed characteristics such as RCD, CAS latency, and row cycle time. The document traces the evolution of DRAM through technologies like FPM, EDO, SDRAM, and describes how each aimed to improve throughput and latency.
Computer Organisation and Architecture
Memory is organized in a hierarchy to balance speed, size, and cost. This includes registers, cache, main memory, and secondary storage. The memory hierarchy places faster but smaller and more expensive memory closer to the CPU. Main memory uses DRAM chips that are organized into rows and columns. Cache memory uses SRAM and exploits locality to provide faster access than main memory.
Presentation on computer ram
RAM(Random Access Memory) is a part of computer's Main Memory which is directly accessible by CPU. RAM is used to Read and Write data into it which is accessed by CPU randomly. RAM is volatile in nature, it means if the power goes off, the stored information is lost.
Computer organization memory hierarchy
Modern processors are faster than memory
So Processors may waste time for accessing memory
Its purpose is to make the main memory appear to the processor to be much faster than it actually is
Memory - RAM and its types
RAM is a type of volatile memory that is used for temporary storage. It allows data to be accessed randomly in any order. There are different types of RAM such as static RAM, dynamic RAM, SDRAM, and DDR SDRAM. RAM is part of a memory hierarchy that includes processor registers, cache memory levels L1-L3, main memory, and virtual memory. Future RAM technologies aim to provide memory that is smaller, faster, and cheaper than current memory chips.
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SAP HANA utilizes cutting-edge in-memory computing technology to provide the enterprise with real-time data and avail a competitive edge.
In 2013, I have created this presentation for the SAP HANA workshop conducted by me. Primarily, before jumping into HANA, audience needs a smooth transition...required to understand the proper necessity to attend the workshop.
Processing-in-Memory
Many modern and emerging applications must process huge amounts of data.
Unfortunately, prevalent computer architectures are based on the von Neumann design, where processing units and memory units are located apart, which make them highly inefficient for large-scale data intensive tasks.
The performance and energy costs when executing this type of applications are dominated by the movement of data between memory units and processing units. This is known as the von Neumann bottleneck.
Processing-in-Memory (PIM) is a computing paradigm that avoids most of this data movement by putting together, in the same place or near, computation and data.
This talk will give an overview of PIM and will discuss some of the key enabling technologies.
Next I will present some of our research results in that area, specifically in the application areas of genome sequence alignment and time series analysis.
Memory Technology
The document discusses different types of computer memory technologies. It describes primary memory, which is directly accessible by the CPU and includes RAM and ROM. RAM is further divided into SRAM and DRAM. SRAM retains data as long as power is on, while DRAM requires periodic refreshing. ROM includes PROM, which can be programmed once, and EPROM, which can be erased and reprogrammed. Secondary memory, like hard disks, is non-volatile storage that is less expensive than primary memory. Caches improve memory access speed by storing the most recently used data from main memory.
Lecture2
This document provides an overview of DRAM circuit and architecture basics. It discusses topics such as DRAM cell components, access protocols including row and column access, sense amplifiers, and address decoding. It also covers DRAM speed characteristics such as RCD, CAS latency, and row cycle time. The document traces the evolution of DRAM through technologies like FPM, EDO, SDRAM, and describes how each aimed to improve throughput and latency.
Computer Organisation and Architecture
Memory is organized in a hierarchy to balance speed, size, and cost. This includes registers, cache, main memory, and secondary storage. The memory hierarchy places faster but smaller and more expensive memory closer to the CPU. Main memory uses DRAM chips that are organized into rows and columns. Cache memory uses SRAM and exploits locality to provide faster access than main memory.
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RAM(Random Access Memory) is a part of computer's Main Memory which is directly accessible by CPU. RAM is used to Read and Write data into it which is accessed by CPU randomly. RAM is volatile in nature, it means if the power goes off, the stored information is lost.
Computer organization memory hierarchy
Modern processors are faster than memory
So Processors may waste time for accessing memory
Its purpose is to make the main memory appear to the processor to be much faster than it actually is
Memory - RAM and its types
RAM is a type of volatile memory that is used for temporary storage. It allows data to be accessed randomly in any order. There are different types of RAM such as static RAM, dynamic RAM, SDRAM, and DDR SDRAM. RAM is part of a memory hierarchy that includes processor registers, cache memory levels L1-L3, main memory, and virtual memory. Future RAM technologies aim to provide memory that is smaller, faster, and cheaper than current memory chips.
Memory organization
Memory organization
Memory Organization in Computer Architecture. A memory unit is the collection of storage units or devices together. The memory unit stores the binary information in the form of bits. ... Volatile Memory: This loses its data, when power is switched off.
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The document discusses various types of computer memory technologies, including RAM types like DRAM, SRAM, DDR, DDR2, and DDR3. It explains the memory hierarchy from registers to cache to main memory to disks. Key points covered include how DRAM works using capacitors that must be periodically refreshed, advantages of SDRAM over regular DRAM like pipelining commands. Generations of DDR memory are compared in terms of clock speeds, data rates, and other features.
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Memory Hierarchy
Memory Hierarchy
The memory unit is an essential component in any digital computer since it is needed for storing programs and data
Not all accumulated information is needed by the CPU at the same time
Therefore, it is more economical to use low-cost storage devices to serve as a backup for storing the information that is not currently used by CPU
auxiliary memory
main memory
cache memory
RAM– Random Access memory
Random Access Memory Types
Dynamic RAM (DRAM)
ROM(Read Only Memory)
ROM(Read Only Memory)
Dynamic RAM
Asynchronous DRAM (ADRAM) is widely used due to its internal architecture and interface to the processor's memory bus. However, ADRAM has slow access times which degrade system performance. Synchronous DRAM (SDRAM) was developed to exchange data with the processor synchronized by an external clock, allowing full processor speed without wait states. Later, Double Data Rate SDRAM and Rambus DRAM were introduced to increase data transfer rates.
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Types of RAM
This document discusses different types of RAM. It begins by introducing RAM as random access memory that can be accessed in any order and location. The two main types are static RAM (SRAM) and dynamic RAM (DRAM). SRAM is more expensive but has very low access times, while DRAM is lower cost but needs periodic refreshing. The document then describes different variants of DRAM over time that provide faster access, including FPM, EDO, SDRAM, DDR, DDR2 and RDRAM.
Write miss
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SRAM
SRAM is the part of RAM .SRAM STANDS FOR STATIC RANDOM ACCESS MEMORY . THIS PPT IS ALL ABOUT THE SRAM .
TYPES OF MEMORIES AND STORAGE DEVICE AND COMPUTER
Memory refers to the physical devices used to store programs and data in a computer. Main memory is divided into RAM and ROM. RAM is read-write memory that uses transistors and capacitors to store each bit. There are two types of RAM: static RAM which does not need refreshing but is expensive, and dynamic RAM which needs refreshing but has higher density. ROM is read-only and stores permanent instructions. There are also programmable ROMs like PROM, EPROM, and EEPROM that can be programmed and erased in different ways. Caches and secondary storage supplement main memory and improve performance. Common secondary storage devices include magnetic disks, tapes and optical discs.
Ppt cache vs virtual memory without animation
Cache memory is a type of faster memory between the CPU and RAM that stores frequently accessed data to reduce memory access time. Virtual memory is a memory management technique that uses RAM and hard disk space to provide programs with virtual memory addresses that are larger than the physical RAM. Cache memory exists as a hardware component whereas virtual memory is a software and hardware concept using RAM, hard disk, and memory mappings. The key difference is that cache memory improves memory access time using actual hardware, while virtual memory allows for larger isolated memory spaces by simulating memory using RAM and disk space managed by the operating system.
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The document discusses the Intel 80286 microprocessor. It introduces the 80286 as a 16-bit microprocessor introduced in 1982 with separate address and data buses. It had approximately 134,000 transistors and clock speeds up to 12.5 MHz. The 80286 supported both real and protected virtual addressing modes, advanced memory management, and was compatible with the 8086 instruction set. It had features like 4-level memory protection and could address up to 16MB of physical memory or 1GB of virtual memory.
RAM (Random Access Memory)
Random access memory, or RAM, is a hardware device that allows information to be stored and retrieved on a computer. RAM is volatile memory, meaning it does not retain data when power is turned off. There are two main types of RAM: static RAM (SRAM) which is faster but more expensive, and dynamic RAM (DRAM) which is slower but less expensive and more commonly used. RAM is used for temporary storage and working space for the operating system and applications, and its data can be accessed in any order, giving it its name random access memory.
Unit 4 memory system
The document discusses the organization and operation of dynamic random access memory (DRAM). DRAM uses capacitors to store bits of data in memory cells that must be periodically refreshed. It describes how DRAM cells are arranged in a grid structure with rows and columns, and how row and column addresses are used to access individual cells. The document also explains techniques like fast page mode that allow for faster access to blocks of data within the same row without needing to reselect the row address.
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Memory organization
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Introduction to Microprocessors
Microprocessors are electronic circuits that function as the central processing unit (CPU) of computers and other electronic devices. They incorporate arithmetic, logic, and control circuitry to perform computational tasks. Early microprocessors from the 1970s contained only a few thousand transistors, while modern microprocessors can contain over a billion transistors. Microprocessors are manufactured using complex semiconductor fabrication techniques involving deposition and etching of thin layers to build up the transistor circuits. They are key components that power all modern computers and many other electronic devices.
Memory system
The document discusses various types of computer memory technologies, including RAM types like DRAM, SRAM, DDR, DDR2, and DDR3. It explains the memory hierarchy from registers to cache to main memory to disks. Key points covered include how DRAM works using capacitors that must be periodically refreshed, advantages of SDRAM over regular DRAM like pipelining commands. Generations of DDR memory are compared in terms of clock speeds, data rates, and other features.
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The document discusses Nvidia's Tesla personal supercomputer, which uses multiple Tesla C1060 GPUs to provide supercomputer-level performance. Each C1060 GPU contains 240 processor cores running at 1.296GHz, 4GB of memory, and provides 933 gigaflops of processing power. The GPUs use Nvidia's CUDA parallel computing architecture and can accelerate applications up to 250 times compared to standard PCs. The supercomputers are aimed at scientific and medical research by providing affordable access to high-performance computing.
Memory Hierarchy
Memory Hierarchy
The memory unit is an essential component in any digital computer since it is needed for storing programs and data
Not all accumulated information is needed by the CPU at the same time
Therefore, it is more economical to use low-cost storage devices to serve as a backup for storing the information that is not currently used by CPU
auxiliary memory
main memory
cache memory
RAM– Random Access memory
Random Access Memory Types
Dynamic RAM (DRAM)
ROM(Read Only Memory)
ROM(Read Only Memory)
Dynamic RAM
Asynchronous DRAM (ADRAM) is widely used due to its internal architecture and interface to the processor's memory bus. However, ADRAM has slow access times which degrade system performance. Synchronous DRAM (SDRAM) was developed to exchange data with the processor synchronized by an external clock, allowing full processor speed without wait states. Later, Double Data Rate SDRAM and Rambus DRAM were introduced to increase data transfer rates.
Microcontroller(18CS44) module 1
The document provides information about RISC processors and the ARM architecture. It discusses key aspects of RISC design including simple instructions that can execute in a single cycle, pipelining of instruction execution, large general purpose registers, and separate load and store instructions. It also describes features of the ARM architecture like variable cycle instructions, a barrel shifter, conditional execution, and the Thumb instruction set. Additionally, it covers ARM embedded system basics, the ARM design philosophy, and software components like initialization code, operating systems, and applications.
Types of RAM
This document discusses different types of RAM. It begins by introducing RAM as random access memory that can be accessed in any order and location. The two main types are static RAM (SRAM) and dynamic RAM (DRAM). SRAM is more expensive but has very low access times, while DRAM is lower cost but needs periodic refreshing. The document then describes different variants of DRAM over time that provide faster access, including FPM, EDO, SDRAM, DDR, DDR2 and RDRAM.
Write miss
The document discusses different approaches to writing data to caches, including write-through caches that update both the cache and main memory on writes, and write-back caches that only update main memory when replacing cache blocks. It also describes modern CPU cache designs, such as split instruction/data caches, write buffers, multiple cache levels, and techniques to reduce memory stalls like non-blocking caches and cache banking.
Optical storagе
The document defines optical storage and discusses optical disc drives. It explains that optical drives use lasers to read and write data to optical discs by detecting light reflections from bumps and areas on the disc's surface. The document outlines different types of optical media like CDs, DVDs, and Blu-rays, as well as read-only, rewritable, double-sided, and double-layer media. It also describes how optical drives spin and move discs to read data and how recorders encode data onto discs using lasers.
Secondary Memory
Secondary memory refers to computer storage that is not directly accessible by the CPU and requires input/output channels to access. It includes storage devices like hard disks, floppy disks, CDs/DVDs, flash drives, and magnetic tapes. Secondary memory provides higher storage capacity than primary memory (RAM) and stores data and programs long-term, even when the computer is powered off. Common examples are hard disks, which can store hundreds of times more data than RAM but are slower to access.
SRAM
SRAM is the part of RAM .SRAM STANDS FOR STATIC RANDOM ACCESS MEMORY . THIS PPT IS ALL ABOUT THE SRAM .
TYPES OF MEMORIES AND STORAGE DEVICE AND COMPUTER
Memory refers to the physical devices used to store programs and data in a computer. Main memory is divided into RAM and ROM. RAM is read-write memory that uses transistors and capacitors to store each bit. There are two types of RAM: static RAM which does not need refreshing but is expensive, and dynamic RAM which needs refreshing but has higher density. ROM is read-only and stores permanent instructions. There are also programmable ROMs like PROM, EPROM, and EEPROM that can be programmed and erased in different ways. Caches and secondary storage supplement main memory and improve performance. Common secondary storage devices include magnetic disks, tapes and optical discs.
Ppt cache vs virtual memory without animation
Cache memory is a type of faster memory between the CPU and RAM that stores frequently accessed data to reduce memory access time. Virtual memory is a memory management technique that uses RAM and hard disk space to provide programs with virtual memory addresses that are larger than the physical RAM. Cache memory exists as a hardware component whereas virtual memory is a software and hardware concept using RAM, hard disk, and memory mappings. The key difference is that cache memory improves memory access time using actual hardware, while virtual memory allows for larger isolated memory spaces by simulating memory using RAM and disk space managed by the operating system.
80286 microprocessors
The document discusses the Intel 80286 microprocessor. It introduces the 80286 as a 16-bit microprocessor introduced in 1982 with separate address and data buses. It had approximately 134,000 transistors and clock speeds up to 12.5 MHz. The 80286 supported both real and protected virtual addressing modes, advanced memory management, and was compatible with the 8086 instruction set. It had features like 4-level memory protection and could address up to 16MB of physical memory or 1GB of virtual memory.
RAM (Random Access Memory)
Random access memory, or RAM, is a hardware device that allows information to be stored and retrieved on a computer. RAM is volatile memory, meaning it does not retain data when power is turned off. There are two main types of RAM: static RAM (SRAM) which is faster but more expensive, and dynamic RAM (DRAM) which is slower but less expensive and more commonly used. RAM is used for temporary storage and working space for the operating system and applications, and its data can be accessed in any order, giving it its name random access memory.
Unit 4 memory system
The document discusses the organization and operation of dynamic random access memory (DRAM). DRAM uses capacitors to store bits of data in memory cells that must be periodically refreshed. It describes how DRAM cells are arranged in a grid structure with rows and columns, and how row and column addresses are used to access individual cells. The document also explains techniques like fast page mode that allow for faster access to blocks of data within the same row without needing to reselect the row address.
High Performance Computing
HPC stands for high performance computing and refers to systems that provide more computing power than is generally available. HPC bridges the gap between what small organizations can afford and what supercomputers provide. HPC uses clusters of commodity hardware and parallel processing techniques to increase processing speed and efficiency while reducing costs. Key applications of HPC include geographic information systems, bioinformatics, weather forecasting, and online transaction processing.
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The document provides a history of microcontrollers beginning with the development of the first microprocessor by Intel in the early 1970s. It then discusses how Texas Instruments engineer Gary Boone developed the first single-chip microcontroller called the TMS1802NC in the early 1970s. The document outlines some of the key developments in microcontrollers over subsequent decades, including Intel's 8048 and 8051 microcontrollers, the introduction of EEPROM and flash memory technologies, and modern microcontrollers used in various applications today.
8257 DMA Controller
The DMA controller (8257) allows data transfer between I/O devices and memory without CPU involvement. It has 4 independent channels that can be programmed to transfer data via DMA read, write, or verify operations. The 8257 interfaces with the 8085 microprocessor by controlling address/data buses and generating control signals during DMA cycles when it acts as the bus master.
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A quick intro to In memory computing
- 1. In Memory Computing Presented By: Kiran Ghanta
- 2. What is In Memory Computing? Storage of information in the main random access memory (RAM) Rather than in complicated RDBMS operating on comparatively slow disk drives What are the Uses of In Memory Computing? Helps business customers, like, banks and utilities, to Quickly analyse patterns Analyse massive data volumes on the fly Perform their operations quickly Why In Memory Computing increasingly popular now a days? The drop in memory prices in the present market Need for “peed is the dri ing fa tor Why is it time for in-memory computing? DRAM costs are dropping about 30% every 12 - 18 months Things are getting bigger, and costs are getting lower
- 10. Lack of standards: No specific standards for developing IMC solutions Companies are providing their offerings in ad hoc manner Compatibility issues among solutions from other vendors Migration: Costs associated with IMC systems are comparatively high It is a time consuming process. Persistence: We are talking a out DRAM: the D stands for destru ti e It doesn’t hold data, if e lose po er
- 11. In Memory Computing Action Plan
- 13. In Memory Computing Platforms and Applications