Which of the following can be programmed to make desired adjustments in its settings and add patterns as per the requirements?

Hello Team,

It's easier to understand concepts like this if there is an example to build from. Let's say we're building a news widget. It lists some news articles, and has a button in which you can load more news articles.

Settings

The news widget will likely have some significant numbers associated with it (e.g. how many articles in it). Also, some significant elements (DOM nodes) that will need to be accessed regularly.

There will be a number of sub-functions of this module that do small specific things. Many of those may need access to these settings and "cached" elements. So, we'll make the settings available to each of them.

var s,

NewsWidget ={

  settings:{

    numArticles:5,

    articleList: $("#article-list"),

    moreButton: $("#more-button")

  },

  init:function(){

    // kick things off

    s =this.settings;

  }

};

Regards,

Saiyid

First answer 1. AS/RS......

Automatic Storage and Retrieval System (AS/RS) can be programmed as to make desired adjustment in its settings.

Automated storage and retrieval systems (AS/RS) are typically used to handle high volume of loads with high storage density situations

Answer: The AS/RS Program it receives, processes and analyzes voluntarily submitted incident reports. It may describe both unsafe occurrences and hazardous situations. Information is gathered from these reports and disseminated to stakeholders. 

Function and arbitrary waveform generators are among the most important and versatile pieces of electronic test equipment. In electronic design and troubleshooting, the circuit under scrutiny often requires a controllable signal to simulate its normal operation. The testing of physical systems and transducers often needs stable and reliable signals. The signal levels needed range from microvolts to tens of volts or more.

Modern DDS (direct digital synthesis) function generators are able to provide a wide variety of signals. Today's basic units are capable of sine, square, and triangle outputs from less than 1 Hz to at least 1 MHz, with variable amplitude and adjustable DC offset. Many generators include extra features, such as higher frequency capability, variable symmetry, frequency sweep, AM and FM operation, and gated burst mode. More advanced models offer a variety of additional waveforms and Arbitrary Waveform Generators can supply user-defined periodic waveforms.

Will go with option 1  AS/RS

It should be a automated storage and retrieval system (AS/RS).

The reason being it  consists of a variety of computer-controlled systems for automatically placing and retrieving loads from defined storage locations.

Agree With Expert Answers

                       .

I agree with Md. Fazlur Rahman Administration Manager (UN Professional Level-P3)

I fully agree with the answers been added by EXPERTS...............thanks.