Define spring boot actuator.
Q: What is the mechanism through which interrupt-driven I/O operates?
A: Interrupt-driven I/O operates: The interrupt-driven approach is an alternate way for dealing with…
Q: Explain Direct Memory Access (DMA), and Input/output timing diagram with clock synchronization.
A: Direct Memory Access (DMA): Direct Memory Access transfers the block of data between the memory…
Q: What is the Dual mode of operation under Hardware Protection
A: What is the Dual mode of operation under Hardware Protection.
Q: file-1 address bar-2 restart-3
A: Introduction : 1. File : A File is an object on a computer that stores data, information,…
Q: 8 I/O modules can have direct access to the memory without CPU intervention Select one: O True O…
A: The correct answer for this question has been given in the below sections with justification why it…
Q: How does interrupt-driven I/O work?
A: The interrupt-driven I/O is a way of controlling the input/output activity where the terminal or the…
Q: The process of interrupt is considered as:
A: here in the given question ask process of interrupt is synchronous or asynchronous.
Q: Each class in Interrupt warrants its own discussion. Find the very earliest and very most recent…
A: Introduction: Equipment or programming will interrupt when a cycle or an event demands quick…
Q: The CPU is updated on the __________ . low clock value falling clock edge rising…
A: Option A : low clock value is NOT the right choice. The clock cycle is at low, instruction is still…
Q: Explain direct memory access (DMA), and input/output timming diagram with clock synchronization?
A: Computer memory: It is the place where data and procedure to perform task is stored and maintained…
Q: Design a 16-bit ALU from scratch following ISA format with a control unit in Logisim with…
A: Answer: I have given answered in the handwritten format
Q: please explain the Processing an Interrupt figure
A: In the given question, we have to explain the process of handling an interrupt as per the given flow…
Q: Cortex M4- Assembly language Write a subroutine that multiplies the values in R1 and R0, and…
A: A subroutine is a block of code that performs a task based on some arguments and optionally returns…
Q: explain what is meant by Interrupt service routine ?
A: Given: explain what is meant by Interrupt service routine ?
Q: Define Dual inline memory modules.
A: Dual Inline Memory Module: Dual Inline Memory Module or DIMM is a small size circuit board which…
Q: I/O that is triggered by an interrupt has a unique set of advantages.
A: Interrupt-driven I/O is a method of managing input/output activity in which the terminal or…
Q: Describe Dual memory modules inline.
A: The dual in-line memory module is a type of computer memory that is naturally 64 bits wide, allowing…
Q: Power Shel
A: PowerShell is a cross-stage task robotization and designs the executives system, comprising of an…
Q: Explain what is Activation Record and Program Stack.
A: Activation record and program stack is used in almost every programming language.
Q: Many motor controls require. signal a) OP-Amplifier b) Differentiator c) DC 2- In Memory Mapped I/O:…
A: A DC motor controller controls the position, speed, or torque of a DC-powered motor and may simply…
Q: Describe Direct Memory Access (DMA), as well as an input/output timing diagram with clock…
A: Computer memory: It is the place where data and procedure to perform task is stored and maintained…
Q: Separate user-visible registers from control and status registers, and provide at least one example…
A: An operational framework is a software that facilitates communication between the user and the…
Q: Each Interrupt class deserves discussion. Find the first and latest Interrupts, as well as any…
A: If an RTOS is utilised, the procedure may be the same: The interrupt service procedure stack,…
Q: Design memory decoder for a system having a total of 2GB RAM divided in sub memory modules of 512MB.…
A: Design memory decoder for a system having a total of 2GB RAM divided in sub memory modules of 512MB.…
Q: Define spring boot actuator.
A: To be determine: Define spring boot actuator.
Q: (i) What is Timing diagram? (ii) Draw the Read Cycle Timing diagram for minimum mode of 8086…
A: 1) timing diagram is used to show the execution of each instruction with respect to time.It…
Q: Logisim simulation: A. Design a 8 bit register file with 10 registers. B. Design an ALU with AND,…
A: A. A register file is a collection of k registers (a sequential logic block) that can be read and…
Q: Explain Direct Memory Access (DMA), and Input/output timing diagram with clock synchronization
A: Direct Memory Access (DMA): Direct Memory Access transfers the block of data between the memory…
Q: Output Port Load Output Port PIC crocontroller
A: ANSWER:The correct answer to the given question is Option("a") "155 ohm"
Q: Fetch/execute cycles cause the ALU to access main memory a certain number of times.
A: Introduction: The main memory or physical memory is visited multiple times during instruction…
Q: When the MPU starts up for the first time it goes to the and begins executing. Reset vector…
A: Answer:-
Q: Define interrupt handler.
A: Interrupt: It refers to the transfer of CPU from a running program to another program as a request…
Q: AIM-To find the sum of all the pressure readings and store it as a single reading. PROBLEM…
A: ALGORITHM OF PROGRAM- Convert decimal form to hexadecimal form (05H). Move 05H to Accumulator(A).…
Q: 5. Draw a block diagram of maximum mode memory interface.
A: Maximum Mode Configuration of 8086: A processor is in the Maximum Mode Configuration of 8086 when…
Q: Polling interrupts is an effective way to deal with interrupts if
A: Polling interrupts is an efficient way to deal with interrupts if the microprocessor is dedicated to…
Q: With programmed I/O, it has to wait a long time for the I/O module to be ready. Select the correct…
A: Here, we are asked that with programmed I/O, which one from following options has to wait a long…
Q: Define Boot Configuration Data (BCD) store
A: BCD stands for Boot Configuration Data, which is a firmware-independent database that stores…
Q: 6. Explain different types of Interrupts.
A: Introduction: An interrupt is a signal received by the operating system from a device connected to…
Q: Explain Direct Memory Access (DMA) and input/ output timming diagram with clock synchronization.
A: Actually, DMA stands for direct memory access.
Q: Define register windows.
A: Register windows: Register windows has a property of an instruction set architecture which is used…
Q: interrupt vector for Upper memory SRAM DDAM
A: The interrupt vector for INT 01 is located in lower memory
Q: It is unclear how many times the ALU reaches main memory throughout the fetch/execute cycle.
A: Introduction: The ALU delivers a condition signal to the CU if it is involved. The operation's…
Q: 4. Context switch is considered as an а. b. Gain of time c. allow parallel execution d. make the…
A: Answer: a. All of the above(b,c,d)
Q: 6). in the destructive read-out memory read and write operations, in order to maintain the original…
A: Below i write in what fill in the blanks.…
Q: Differentiate between the Sequential and Nested approaches for handling simultaneously generated…
A: Difference: The main difference is between the sequential and nested is the sequential process the…
Q: (a) Explain the hardware and software interrupts in brief. (b) Explain TYPE 0, TYPE 1 and TYPE 2…
A: According to the question we need to: (a) Explain the hardware and software interrupts in brief. (b)…
Q: Define BCD (Boot Configuration Data)
A: BCD stands for Boot Configuration Data founded by the microsoft used in windows operating system .…
Q: Research the Protected Mode Memory Addressing HANDWRITTEN
A:
Q: Why is the deadlock issue considered a big issue in a computer system?
A: Given Why is the deadlock issue considered a big issue in a computer system?
Define spring boot actuator.
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- Do you understand how interrupt-driven I/O operates?Differentiate between programmable I/O and interrupt-driven I/O and explain.(a) Taking Timer_A as an example, please describe briefly how the capture and compare module works; (b) How many interrupt vectors and several interrupt sources for Timer_A, what is the correspondence between them?v.