In Von Neumann Neighborhood how many neighbors are there for each cell of square lattice.

• A) Two
• B) Three
• C) Five
• D) Four

In NetLogo AIDS model the agents are _____.

• A) Tissues
• B) Diseases
• C) Humans
• D) Cells

Which Statement is not true for observers.

• A) It is a low-level agent.
• B) It is a high-level agent.
• C) The observer issues commands to agents and the environment.
• D) It ensures that the model runs and proceeds according to the steps developed by the model author.

Human body is an example of _______.

• A) Meta Agents
• B) Connective Agents
• C) Proto Agents
• D) Adaptive Agents

In random graph the connections per node exceeds from ______.

• A) 1
• B) 2
• C) 0
• D) 3

In agent-based modeling the environment consists of _________ surrounding the agents as they act and interact within the model.

• A) Conditions and decisions
• B) Habitats and decisions
• C) Conditions & habitats
• D) Conditions

______ agents are the placeholders for future agents.

• A) Connective Agents
• B) Adaptive Agents
• C) Meta Agents
• D) Proto Agents

In NetLogo Tumor model the agents are _____ within the human body.

• A) Tissues
• B) Proteins
• C) organs
• D) Cells

There are ____ keyways of doing model documentation.

• A) Two
• B) Five
• C) Three
• D) Four

Determining whether an implemented model corresponds to the target model is known as model ________.

• A) Correctness
• B) Replication
• C) Validation
• D) Verification

Agents that cannot move at the landscape are known as ______.

• A) Mobile Agents
• B) Stationary Agents
• C) Model-based Agents
• D) Connecting Agents

In __________ communication, messages are stored in a buffer before being received by the receiver.

• A) synchronous
• B) unbuffered
• C) buffered
• D) asynchronous

In _________ communication, the sender sends a message to the receiver and continues with its execution without waiting for a response.

• A) buffered
• B) unbuffered
• C) synchronous
• D) asynchronous

Tasks can be divided into _______ broad categories in terms their interdependences.

• A) five
• B) four
• C) two
• D) three

__________ in distributed computing refers to the process of transferring software code from one computer or node in a network to another.

• A) Deadlock
• B) Concurrency
• C) Scalability
• D) Code migration

____________is a contract between processes and the data store that says that if processes agree to obey certain rules, the store promises to work correctly.

• A) Sequential model
• B) Client centric consistency model
• C) Incremental model
• D) Data consistency model

The term _________ is used to refer to program code that can be transferred from one computer to another and run at the destination.

• A) object code
• B) mobile code
• C) source code
• D) pseudo code

__________ connects nodes across large geographic area.

• A) WAN
• B) LAN
• C) CAN
• D) MAN

The _________ is the conventional multicore processor with limited parallelism to exploit.

• A) Graphics Processing Unit (GPU)
• B) Gateway Processing Unit (GPU)
• C) Central Processing Unit (CPU)
• D) Command Processing Unit (CPU)

Thread is a basic unit of ________ utilization.

• A) Storage
• B) Memory
• C) CPU
• D) bandwidth