Harvard architecture allows: A. Separate program and data memory B. Pipe-ling C. Complex architecture D. All of the mentioned

Harvard architecture allows: A. Separate program and data memory B. Pipe-ling C. Complex architecture D. All of the mentioned
by

1 Answer

Answer :

D. All of the mentioned 
by

Related questions

Which architecture provides separate buses for program and data memory? A. Harvard architecture B. Von Neumann architecture C. None of the mentioned D. All of the mentioned

Description : Which architecture provides separate buses for program and data memory? A. Harvard architecture B. Von Neumann architecture C. None of the mentioned D. All of the mentioned

Last Answer : A. Harvard architecture 

Which architecture involves both the volatile and the non-volatile memory? A. Harvard architecture B. Von Neumann architecture C. None of the mentioned D. All of the mentioned

Description : Which architecture involves both the volatile and the non-volatile memory? A. Harvard architecture B. Von Neumann architecture C. None of the mentioned D. All of the mentioned

Last Answer : A. Harvard architecture 

Which architecture is followed by general purpose microprocessors? A. Harvard architecture B. Von Neumann architecture C. None of the mentioned D. All of the mentioned

Description : Which architecture is followed by general purpose microprocessors? A. Harvard architecture B. Von Neumann architecture C. None of the mentioned D. All of the mentioned

Last Answer : B. Von Neumann architecture 

Which of the following processor architecture supports easier instruction pipelining? A. Harvard B. Von Neumann C. Both of them D. None of these

Description : Which of the following processor architecture supports easier instruction pipelining? A. Harvard B. Von Neumann C. Both of them D. None of these

Last Answer : A. Harvard 

MQTT is: a. Based on client-server architecture b. Based on publish-subscribe architecture c. Based on both of the above d. Based on none of the above

Description : MQTT is: a. Based on client-server architecture b. Based on publish-subscribe architecture c. Based on both of the above d. Based on none of the above

Last Answer : b. Based on publish-subscribe architecture

Which instruction set architecture is used in Raspberry Pi? A. X86 B. MSP C. AVR D. ARM

Description : Which instruction set architecture is used in Raspberry Pi? A. X86 B. MSP C. AVR D. ARM

Last Answer : D. ARM 

XMPP uses ________ architecture. A. Decentralized client-server B. Centralized client-server C. Message D. Public/subscriber

Description : XMPP uses ________ architecture. A. Decentralized client-server B. Centralized client-server C. Message D. Public/subscriber

Last Answer : A. Decentralized client-server 

MQTT is: A. Based on client-server architecture B. Based on publish-subscribe architecture C. Based on both of the above D. Based on none of the above

Description : MQTT is: A. Based on client-server architecture B. Based on publish-subscribe architecture C. Based on both of the above D. Based on none of the above

Last Answer : B. Based on publish-subscribe architecture 

What does HTTP do? A. Enables network resources and reduces perception of latency B. Reduces perception of latency and allows multiple concurrency exchange C. Allows multiple concurrent exchange and enables network resources D. Enables network resources and reduces perception of latency and Allows multiple concurrent exchange.

Description :  What does HTTP do? A. Enables network resources and reduces perception of latency B. Reduces perception of latency and allows multiple concurrency exchange C. Allows multiple concurrent ... D. Enables network resources and reduces perception of latency and Allows multiple concurrent exchange.

Last Answer : D. Enables network resources and reduces perception of latency and Allows multiple concurrent exchange.

The instruction set of RISC processor is A. Simple and lesser in number B. Complex and lesser in number C. Simple and larger in number D. Complex and larger in number

Description : The instruction set of RISC processor is A. Simple and lesser in number B. Complex and lesser in number C. Simple and larger in number D. Complex and larger in number

Last Answer : A. Simple and lesser in number 

Which multiple access technique is used by IEEE 802.11 standard for wireless LAN? a. ALOHA b. CSMA/CA c. CDMA d. none of the mentioned

Description : Which multiple access technique is used by IEEE 802.11 standard for wireless LAN? a. ALOHA b. CSMA/CA c. CDMA d. none of the mentioned

Last Answer : b. CSMA/CA

HTTP resources are located by a. unique resource locator b. unique resource identifier c. none of the mentioned d. uniform resource identifier

Description : HTTP resources are located by a. unique resource locator b. unique resource identifier c. none of the mentioned d. uniform resource identifier

Last Answer : d. uniform resource identifier

_________ is the most refined and restrictive service model. A. IaaS B. CaaS C. PaaS D. All of the mentioned

Description : _________ is the most refined and restrictive service model. A. IaaS B. CaaS C. PaaS D. All of the mentioned

Last Answer : C. PaaS 

______ offering provides the tools and development environment to deploy applications on another vendor’s application. A. PaaS B. IaaS C. CaaS D. All of the mentioned

Description : ______ offering provides the tools and development environment to deploy applications on another vendor’s application. A. PaaS B. IaaS C. CaaS D. All of the mentioned

Last Answer : B. IaaS 

Which of the following is the fundamental unit of virtualized client in an IaaS deployment? a) workunit b) workspace c) workload d) all of the mentioned

Description : Which of the following is the fundamental unit of virtualized client in an IaaS deployment? a) workunit b) workspace c) workload d) all of the mentioned

Last Answer : c) workload 

_________ is a cloud computing service model in which hardware is virtualized in the cloud. A. IaaS B. CaaS C. PaaS D. None of the mentioned

Description :  _________ is a cloud computing service model in which hardware is virtualized in the cloud. A. IaaS B. CaaS C. PaaS D. None of the mentioned

Last Answer : A. IaaS 

_________ as a Service is a cloud computing infrastructure that creates a development environment upon which applications may be build. A. Infrastructure B. Service C. Platform D. All of the mentioned

Description :  _________ as a Service is a cloud computing infrastructure that creates a development environment upon which applications may be build. A. Infrastructure B. Service C. Platform D. All of the mentioned

Last Answer : C. Platform 

Does RPi have an internal memory? A. True B. False

Description : Does RPi have an internal memory? A. True B. False

Last Answer : A. True 

The main importance of ARM micro-processors is providing operation with ______ A. Low cost and low power consumption B. Higher degree of multi-tasking C. Lower error or glitches D. Efficient memory management

Description : The main importance of ARM micro-processors is providing operation with ______ A. Low cost and low power consumption B. Higher degree of multi-tasking C. Lower error or glitches D. Efficient memory management

Last Answer : A. Low cost and low power consumption 

Which is the part of Data Link Layer: a. LLC b. MAC c. Both a and b d. None of these

Description : Which is the part of Data Link Layer: a. LLC b. MAC c. Both a and b d. None of these

Last Answer : c. Both a and b

Which one out of these is not a data link layer technology: a. Bluetooth b. UART c. WIFI d. HTTP

Description : Which one out of these is not a data link layer technology: a. Bluetooth b. UART c. WIFI d. HTTP

Last Answer : d. HTTP

Properties of IoT devices. A. Sense B. Send and receive data C. Both A and B D. None of above

Description : Properties of IoT devices. A. Sense B. Send and receive data C. Both A and B D. None of above

Last Answer : C. Both A and B  

The collection of data is achieved with ________ changes. A. Intelligence B. Connectivity C. Dynamic Nature D. Enormous Scale

Description : The collection of data is achieved with ________ changes. A. Intelligence B. Connectivity C. Dynamic Nature D. Enormous Scale

Last Answer : C. Dynamic Nature 

The process of collecting, organizing and collecting large sets of data called as A. WSN B. Cloud Computing C. Big Data D. None of above

Description : The process of collecting, organizing and collecting large sets of data called as A. WSN B. Cloud Computing C. Big Data D. None of above

Last Answer : C. Big Data 

____ is a transformative computing paradigm that involves delivering applications and services over the internet. A. WSN B. Cloud Computing C. Big Data D. None of above

Description : ____ is a transformative computing paradigm that involves delivering applications and services over the internet. A. WSN B. Cloud Computing C. Big Data D. None of above

Last Answer : B. Cloud Computing 

____ is a data-centric middleware standard for device-to-device and machine-to-machine communication. A. Data Distribution Serviced (DDS) B. Advance Message Queuing Protocol (AMQP) C. Extensible Messaging and Presence Protocol (XMPP) D. Message Queue Telemetry Transport (MQTT)

Description : ____ is a data-centric middleware standard for device-to-device and machine-to-machine communication. A. Data Distribution Serviced (DDS) B. Advance Message Queuing Protocol (AMQP) C. Extensible Messaging and Presence Protocol (XMPP) D. Message Queue Telemetry Transport (MQTT)

Last Answer : A. Data Distribution Serviced (DDS) 

Transport layer receives data in the form of? A. Packets B. Byte streams C. Bits stream D. both packet and Byte stream

Description : Transport layer receives data in the form of? A. Packets B. Byte streams C. Bits stream D. both packet and Byte stream

Last Answer : B. Byte streams 

Using which layer in transport layer data integrity can be assured? A. Checksum B. Repetition codes C. Cyclic redundancy checks D. Error correction codes

Description : Using which layer in transport layer data integrity can be assured? A. Checksum B. Repetition codes C. Cyclic redundancy checks D. Error correction codes

Last Answer : A. Checksum 

Data in network layer is transferred in the form of ____________ A. Layers B. Packets C. Bytes D. Bits

Description : Data in network layer is transferred in the form of ____________ A. Layers B. Packets C. Bytes D. Bits

Last Answer : B. Packets 

XMPP creates _________ identity. A. Device B. Email C. Message D. Data

Description : XMPP creates _________ identity. A. Device B. Email C. Message D. Data

Last Answer : A. Device 

MQTT is better than HTTP for sending and receiving data. A. True B. False

Description : MQTT is better than HTTP for sending and receiving data. A. True B. False

Last Answer : A. True 

Which one out of these is not a data link layer technology? A. Bluetooth B. UART C. Wi-Fi D. HTTP

Description : Which one out of these is not a data link layer technology? A. Bluetooth B. UART C. Wi-Fi D. HTTP

Last Answer : D. HTTP 

______________ is useful for time-sensitive application that have very small data units to exchange and do not want the overhead of connection setup. A. TCP B. UDP C. Transport layer D. None of the above.

Description : ______________ is useful for time-sensitive application that have very small data units to exchange and do not want the overhead of connection setup. A. TCP B. UDP C. Transport layer D. None of the above.

Last Answer : B. UDP 

IEEE 802.11 standards provide data rates ______________ A. 10 Gbit/s. B. 1 Gbit/s C. 1 Mb/s to up to 6.75 Gb/s D. 250 Kb/s

Description : IEEE 802.11 standards provide data rates ______________ A. 10 Gbit/s. B. 1 Gbit/s C. 1 Mb/s to up to 6.75 Gb/s D. 250 Kb/s

Last Answer : C. 1 Mb/s to up to 6.75 Gb/s 

The ___ protocols define how the applications interface with the lower layer protocol to send the data over the network. A. Application layer B. Transport layer C. Network layer D. Link layer

Description : The ___ protocols define how the applications interface with the lower layer protocol to send the data over the network. A. Application layer B. Transport layer C. Network layer D. Link layer

Last Answer : A. Application layer 

_____________ layer protocols determine how the data is physically sent over the network’s physical layer or medium. A. Application layer B. Transport layer C. Network layer D. Link layer

Description : _____________ layer protocols determine how the data is physically sent over the network’s physical layer or medium. A. Application layer B. Transport layer C. Network layer D. Link layer

Last Answer : D. Link layer 

The sensed data communicated ___________________. A. Cloud-based servers/storage. B. I/O interfaces. C. Internet connectivity. D. None of the above

Description : The sensed data communicated ___________________. A. Cloud-based servers/storage. B. I/O interfaces. C. Internet connectivity. D. None of the above

Last Answer : A. Cloud-based servers/storage. 

Interconnection of Internet and computing devices embedded in everyday objects, enabling them to send and receive data is called_____________ A. Internet of Things B. Network Interconnection C. Object Determination D. None of these

Description : Interconnection of Internet and computing devices embedded in everyday objects, enabling them to send and receive data is called_____________ A. Internet of Things B. Network Interconnection C. Object Determination D. None of these 

Last Answer : A. Internet of Things 

A digital multi meter is an example of an embedded system for A. Data communication B. Monitoring C. Control D. All of these E. None of these

Description : A digital multi meter is an example of an embedded system for A. Data communication B. Monitoring C. Control D. All of these E. None of these

Last Answer : B. Monitoring 

What are the essential tight constraint/s related to the design metrics of an embedded system? A. Ability to fit on a single chip B. Low power consumption C. Fast data processing for real-time operations D .All of the above

Description : What are the essential tight constraint/s related to the design metrics of an embedded system? A. Ability to fit on a single chip B. Low power consumption C. Fast data processing for real-time operations D .All of the above

Last Answer : D .All of the above 

Which of the following is (are) example(s) of embedded system for data communication? USB Mass Storage device A. Network router B. Digital camera C. Music player D. All of these E. None of these

Description : Which of the following is (are) example(s) of embedded system for data communication? USB Mass Storage device A. Network router B. Digital camera C. Music player D. All of these E. None of these

Last Answer : B. Digital camera 

Which of the following is an (are) an intended purpose(s) of embedded systems? A. Data collection B. Data processing C. Data communication D. All of these E. None of these

Description : Which of the following is an (are) an intended purpose(s) of embedded systems? A. Data collection B. Data processing C. Data communication D. All of these E. None of these

Last Answer : D. All of these 

What are the features of Harvard Architecture ?

Description : What are the features of Harvard Architecture ?

Last Answer : Features of Harvard Architecture: 1. Data and instructions were kept in separate memory. 2. Instruction The word length is a variety of tricks. 3. Since the instruction is in a separate memory, the data does not change when the instruction is modified.

What is Harvard Architecture ?

Description : What is Harvard Architecture ?

Last Answer : Architecture was studied at Harvard University during World War II. Howard Aiken proposed architecture. The main purpose was to use this architecture to control long-range missiles. This architecture is used to ... 1 , 2 , 3 and 4 computers are first generation computers made with this technology.

State the differences between Von Neumann and Harvard architecture.

Description : State the differences between Von Neumann and Harvard architecture.

Last Answer : Von Neumann ✔ Same memory holds data, instructions. ✔ A single set of address/data buses between CPU and memory Prepared Harvard ✔ Separate memories for data and instructions. ✔ Two sets of address/data buses between CPU and memory

Give the advantage of Harvard architecture in a DS processor.

Description : Give the advantage of Harvard architecture in a DS processor.

Last Answer : ∙ Harvard architecture has separate data and instruction busses, allowing transfers to be performed simultaneously on both busses. ∙ It is possible to have two separate memory systems. ∙ High Performance System

Differentiate between (i) Harvard and Von-neuman architecture (ii) Microprocessor and Microcontroller

Description : Differentiate between (i) Harvard and Von-neuman architecture (ii) Microprocessor and Microcontroller

Last Answer : i) Harvard Architecture and Von-neuman architecture ii) Microprocessor and Microcontroller

Specify the agent architecture name that is used to capture all kinds of actions. a) Complex b) Relational c) Hybrid d) None of the mentioned

Description : Specify the agent architecture name that is used to capture all kinds of actions. a) Complex b) Relational c) Hybrid d) None of the mentioned

Last Answer : c) Hybrid

Point out the correct statement. a) Cloud architecture can couple software running on virtualized hardware in multiple locations to provide an on-demand service b) Cloud computing relies on a set of protocols needed to manage interprocess communications c) Platforms are used to create more complex software d) All of the mentioned

Description : Point out the correct statement. a) Cloud architecture can couple software running on virtualized hardware in multiple locations to provide an on-demand service b) Cloud computing relies on a set of ... communications c) Platforms are used to create more complex software d) All of the mentioned

Last Answer : All of the mentioned

Point out the correct statement : A. Cloud architecture can couple software running on virtualized hardware in multiple locations to provide an on-demand service B. Cloud computing relies on a set of protocols needed to manage interprocess communications C. Platforms are used to create more complex software D. All of the mentioned

Description : Point out the correct statement : A. Cloud architecture can couple software running on virtualized hardware in multiple locations to provide an on-demand service B. Cloud computing relies on a ... communications C. Platforms are used to create more complex software D. All of the mentioned

Last Answer : All of the mentioned