Thursday 26 January 2017

Hobbies: 2 minute noodels cooked in a different way

Forgot the old ordinary cooking style of 2 Minute noodles.....

 

अपनी २ मिनट नूडल्स बनाने की स्टाइल को बदलिए इस नए अंदाज़ में मेरी स्टाइल से..आइये इस ब्लोगमे में आपको मेरी अपनी स्टाइल से नूडल्स बनाने की टिप्स देता हूं.

 

 

 1. दो कप पानी को उबालने से पहले थोड़ा सा तेल डालकर उसमें जीरा और राई डालो.

2. आप अपने स्वाद के हिसाब से निमक, धनिया पावडर, लाल मिर्च विगेरे अपने स्वाद के हिसाब से डालिये. हरी मिर्च को अपने शोख़ और टेस्ट के हिसाब से छोटे छोटे टुकड़ों में बारीकी से काट कर उबलते हुए पानी में डालिये.

3. हलकी धीमी आंच पे उबलते पानी में २ मिनट नूडल्स को डाले और पकने दे.

 



 

 4. अब भिगोये हुये कठोल जैसे की मग, चने विगेरे थोड़ा सा एक चम्मच के हिसाब से नूडल्स को डिस में सर्व करते हुए उपरसे डालिये.

 

 

5. थोड़े से मूंगफली के दाने और काजू बादाम को बारीकी से छोटे छोटे टुकड़ों में काटते हुए सर्व की गई नूडल्स प्लेट के ऊपर डालिये.

 

  

6. अब टेस्ट करके बताइये की २ मिनट नूडल्स कैसी लगी मेरी स्टाइल से पकाने के बाद. अपनी राय कमेंट कर के शेर कीजिये.

Note: Share your feedback in comment

 

Wednesday 26 October 2016

Friday 25 March 2016

Difference between loosely coupled and tightly coupled system


What is a loosely coupled system?

It is a concept of system design and computing where loosely coupled system is one in which every individual component has no knowledge of the definitions of other components.

In another meaning loosely coupled architecture or system means changes in one module / section that affect the other components and every module is somewhat independent of each other.


In a loosely coupled system, hardware and software may interact but they are not dependent on each other.


 
Source



What is a tightly coupled system?

It is a concept of system design and computing where every hardware and software components that are linked together in such manner that each component is dependent upon each other.

For example, in a tightly coupled system when a dependent class contains a pointer directly to a concrete class which provides the behavior of the object.

Tightly coupled architecture promotes interdependent applications and code. 

Tightly coupled architecture is fragile as the minor issue in one segment can bring the whole system down.




Another example of tightly coupled system




Difference:




Tightly coupled system
Loosely coupled system
1
It has shared memory concept
It has distributed memory concept
2
Contention is high in tightly coupled
Contention is low in loosely coupled
3
It has low scalability
It has high scalability
4
It has low delay
It has high delay
5
Data rate in tightly coupled system is high
Data rate in loosely coupled system is low
6
Cost of tightly coupled system is high
Cost of loosely coupled system is low
7
It has dynamic interconnection network
It has static interconnection network
8
It operates on Single Operating System
It operates on Multiple Operating System
9
In tightly coupled system cache memory assign according to the need of processing
In loosely coupled system, each process have its own cache memory
10
Throughput is high in tightly coupled
Throughput is low in loosely coupled
11
Security is high in tightly coupled
Security is low in loosely coupled
12
Low space in this architecture
High space in this architecture
13
Power consumption is lower than loosely coupled system
Power consumption is higher than tightly coupled system
14
Not reusable in the case of flexibility
Reusable in the case of flexibility
15
Ex., Zeon processor
Ex., Beowulf cluster