Friday 10 March 2023

Pitts India act of 1784

 Pitts India act of 1784

The features of act as follows :

1.It distinguished between the commercial and political function of the company.

2.It allowed the court of directors to manage the commercial affairs, but created a new body called Board     of control to manage the political affairs. thus, it established the system of double government.

3.It empowered the board of control to supervise and direct all operations of the civil and military                 government or revenues of the British possessions in India.

  

Thursday 2 March 2023

Amending act of 1781

Amending act of 1781

In a bid to rectify the defects of the regulating act of  1773 ,the British Parliament passed amending act of 1781, also known as the act of settlement.

The features of this act was follows:

1. It exempted the governor-general and the council from the jurisdiction of the supreme court for the acts     done by them in their  official capacity. similarly, it exempted the servants of the company from the             jurisdiction.

2. It excluded the revenue matters and the matters rising in the collection of revenue the jurisdiction of the     supreme court.

3. It provided that the supreme court was to have jurisdiction over all the inhabitants of Culcutta. It also       required the court to administer the personal  law of the defendants . Hindus were tried according to          Hindu law and Muslim were tried according to Mohammedan law.  

4. It laid down that the appeals from the provincial courts could be taken to the Governor-General-in -         Council and not to the supreme court.

5. It empowered the Governor-General-in-Council  to frame regulations for the provincial courts and            Acouncils. 

Wednesday 1 March 2023

Regulating act of 1773

Regulating act of 1773

this act was of great constitutional importance as it was the first step taken by the British government to control and regulate affairs of the East India company in India. It recognised first time , the political and administrative function of the company; and it laid the foundation of  administration in India.

The features of this Act was as follows:

1. It designated the governor of Bengal as the "Governor General of Bengal" and created an executive            council of four members to assist him. The first such Governor General was Lord warren Hastings.

2. It made the governors of Bombay and Madras presidencies subordinate to governor general of Bengal,      unlike earlier, when the three presidencies were independent of one another.

3. It provided for the establishment of a Supreme Court at Calcutta (1774) comprising one chief justice          and three other judges.

4. It prohibited the servants of company from engaging in any private trade or accepting presents of                bribes from the "native".

5. It strengthened the control of the British Government over the company by requiring the court of                directors to report on its revenue, civil and military affairs in India. 

Saturday 8 May 2021

The 5G era: boon or bane

The 5G era:    

                      Age of boundless connectivity and intelligent automation.

Introduction:



The next  generation of wireless connectivity is arrived.5G has the capacity to support a huge number of connections simultaneously while improving speed, latency, reliability and power consumption for handsets and internet of things devices. spectrum auctions are almost complete, the first 5G-ready smartphones have hit the market, and network deployment has begun around the world. currently, most 5G innovations involve the business-to-consumer(B2C) market, primarily because network operators are attempting to optimize operational costs and handset makers want to differentiate their products. more recently, many new opportunities have begun to open in the business-to-business (B2B) sphere.

As with transition from 3G to 4G, advanced electronics companies and industrial players are still uncertain about the benefits of new technology. Where is the value coming from, and who is going to capture it? What are the use cases where 5G performance enhancement will generate most value and demand? Many companies did not ask such question when 4G emerged and only achieved subpar returns. The danger exist that this scenario could repeat with 5G.

To provide greater clarity  on future value pools for advanced electronics companies and industrials, we investigated the 5G network market through 2030, looking at over 150 potential B2B and B2C use cases, including their potential growth and technological requirements. we concentrated on 5G cases related to IOT in the business sphere, rather than the more predictable market for consumer handsets, because companies are still uncertain about the B2B space-- both the areas for greatest value capture and the timeline over which 5G IOT application will gain traction within business. we also looked at the introduction of 4G and other technologies to understand how 5G might evolve and interviewed experts to understand market nuances.        

5G: A NETWORK OPPORTUNITY 

         5G is a more than just a generational step; it represent a fundamental transformation of the role that mobile technology plays in society. as demand for continuous connectivity grows, 5G is an opportunity to create an agile, purpose-built network tailored to the different needs of citizens and the economy.



THE 10 INSIGHT THAT WILL SHAPE THE 5G ERA

 1. Transform the broadband experience

       5G will transform the mobile broadband experience in early deployment and derive new intelligent automation use cases in later phases.

2. Deliver new technological capabilities 

     5G as a technology will evolve over time and leverage a variety of spectrum ranges, plus robust security, to support new use cases.

3. Unlock incremental enterprise opportunity

     Enterprise services and solution will drive 5G's incremental potential.

4. Provide boundless connectivity economically

    5G will start as an urban-focused technology and integrate with 4G to provide boundless connectivity for all.

5. Grow revenues by 2.5% CAGR

   5G will deliver revenue growth to mobile operator, with a 2.5% CAGR in the early 5G era.

6. Balance competition & collaboration for services

   Competition and collaboration between operator and other ecosystem players to provide service will intensify in the 5G era.

7. Embrace new models for infrastructure

    New model for infrastructure ownership, competition and partnership will be required for the 5G era.

8. Advocate for supportive regulation

    Regulation, licensing and spectrum policy will make or break the 5G opportunity.

9. Avoid technology & spectrum fragmentation

    The industry should strive to avoid spectrum and technology fragmentation for 5G.

10. Support required service as default

    Interoperable and interconnected IP communication services, including device-to-device, should be supported as default in the 5G era.                                                                                                        


1. A comprehensive view of the 5G value proposition 

    Players are intrigued by 5G because it immensely improves speed, latency, reliability, and power consumption while supporting while supporting more device connections. Although 5G does not yet provide optimal results for simultaneously because of because of current technological and infrastructure limitations, it will eventually become the technology of choice for critical communications that require extreme reliability and service quality, including those within industrial settings.

5G offers many advantage over other wireless technology

Archetypes of 5G IoT  use cases
 According to the 3rd generation partnership project, an organization that develops communications standards, 5G primarily delivers value by enhancing three application.

- Enhanced mobile broadband, which provides faster data rates across wide wide coverage areas to improve various functions, including ultra-HD video streaming.
- Ultra-reliable, low-latency communication, which increase the speed and quality of service in critical function, such as the control of robots and drones
- Massive machine-type communication, which involves the automatic generation, transmission, and processing of data among numerous machines with little to no human intervention.

5G IoT growth will occur in waves, with EMBB applications gaining traction first


2. Promising B2B 5G IoT use cases
   Every new technology brings obvious advantages. What's less clear is where it can deliver business value- and that is the case with 5G IoT. To help companies direct their investment to the right areas, we analyzed over 150 potential B2B and B2C  use cases that required either EMBB, URLLC, or MMTC. We also explored the the rationale for applying 5G to a use case. In some instances - what we refer to as distinctive use cases - 5G was a clear prerequisite or enable of better performance. For other use cases, however, 5G would not boost performance and was incorporated into devices so that they will be ready when connectivity standards inevitably move to 5G.

Companies will adopt 5G to enable new use cases or comply with future connectivity standards


 
For B2B, our analysis primarily uncovered 5G use cases in the following industry segments:
- Industry 4.0, including autonomous systems in factories.
- Smart cities, with application such as HD cameras to monitor safety
Smart energy, such as smart grid control
- Connected offices , including sensor-based building management 
- Smart security, including provision of emergency services 
- Connected health, such as mobile medical monitoring 


3. The 5G IoT value proposition for industry 4.0
   Within factories and plants, the current connectivity options have several major drawbacks that make it difficult to implement industry 4.0 use cases. Wi-Fi networks often encounter interference, particularly in dense settings, and fixed connections are cumbersome and costly in large manufacturing environments. With the introduction of 5G, manufacturing companies will get a reliable alternative that enables the communication essential to many industry 4.0 applications, such as the wireless control that is especially critical for mobile tools, machines and robots.

   Distinctive 5G IoT use cases in industry 4.0
      When looking at distinctive use cases for industry 4.0, we found that manufacturing will drive most demand for  B2B 5G IoT units from 2021 through 2030. At that point, manufacturing will account for over half of all 5G sales for distinctive use cases. For all years from 2021 to 2030, 5G IoT demand will be more moderate for other distinctive use cases within industry 4.0, including those related to construction and mining, supply chain, and agriculture.

For distinctive B2B use cases, almost half of all 5G IoT sales will be linked to industry 4.0 applications


Some of the most compelling distinctive use cases within industrial manufacturing relate to the following innovations.
1. Automated guided vehicle 
2. 3-D bin picking
3. Real time process control
4. Augmented reality
5. Vision quality checks
6. Private-network opportunities
7. Independent networks 
8. Shared networks
9. Mobile virtual network operator network
10. Network slicing.

4. Opportunities for advanced electronics companies and industrials
  With demand for 5G IoT growing, we wanted to understand the market from the prospective of module and component suppliers. We therefore studied product demand, price trend, revenue pool and the best use cases.💀🐭

The 5G IoT module market
-- Standard modules. Used for classic 5G scenarios that require EMBB, such as ultra-HD video streaming.
-- Special-purpose modules. Designed for specific use cases that require URLLC, such as autonomous systems and mission critical control. Their price may be high, since they often must be designed for use in extreme temperatures or rugged conditions. Special purpose module also require additional R&D and are sold in lower quantities.
-- 5G LPWA modules. Used for long distance communication, such as transmission from sensors with low data rates. They will have an evolving and strong role in the growth of 5G IoT, since they help enable some MMTC applications.


The average selling price for 5G IoT module will decline and then stabilize, in line with historic price evolutions 




B2B revenues for 5G IoT modules will soar between 2022 and 2030

   Forecast B2B market, 5G IoT modules, 2022-30 


Distinctive use cases will only represent 25% of the total revenue with industry 4.0 having the largest contribution

   Forecast B2B market, 5G IoT modules, 2030


Revenue for module components will rise over time 

  B2B market for 5G IoT components


5. Strategic implications for advanced electronics companies and industrials
  As with previous wireless technologies, 5G will foster innovation, enable new use cases, and trigger widespread adoption until it becomes standard. Companies see the writing on the wall, and they are already preparing to incorporate 5G into their operations and product offering, even if they have no immediate need for it. But what is the best path forward?      

Advanced electronics players
Industrial automation players
Manufacturing players



For more information about 5G see this video
                                   





Wednesday 8 April 2020

STATISTICAL ENSEMBLES

ENSEMBLES : 
                          Ensembles is defined as the collection of large number of macroscopically identical but independent system. 
Here the term "macroscopic identical" means that each of the system constituting ensembles must satisfies the same macroscopic condition such as volume, pressure,energy,temperature of total number of particles.
 The term "independent system"means that the system are mutually non-interacting.

TYPE OF ENSEMBLES :
                                            1. The microcanonical ensembles 
                                            2. The canonical ensembles
                                            3. The grand canonical ensembles
1. MICRO CANONICAL ENSEMBLES : 
                                                                       It is defined as a collection of essentially independent system having the same energy E,volume V and number of particles N. All the individuals system of a microcanonical ensembles are separated by well insulated rigid walls. The values of V,E,and N for a particular system should not be affected at all by the presence of other system.Hence, energy and number of particles of system are constant.www.taakeducation.blogspot.com  

Sunday 5 April 2020

POSTULATES OF STATISTICAL PHYSICS

STATISTICAL PHYSICS IS BASED ON FOLLOWING POSTULATES :

1. Any gas is considered to be made up of molecules which are in continuous random motion         and these molecules behave like elastic spheres of extremely small size.
2. In phase space, all the cells are of small size.
3. In a macrostate, all accessible microstates are equally probable. This is called the postulate         of  equal a priori probability.
4. The equilibrium  state of a gas corresponds to the macrostate of maximum probability.
5. Total number of molecules in a system always remains constant.
6. Total energy of the system is always constant.