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Yoga gives peace to the body and mind that helps in living a healthy & happy life. It comes with a lot of benefits for both mental and physical health. Meditation and Yoga can cure many diseases and after seeing the results across the world, people are getting more into meditation and yoga. Many of them are trying to motivate others for shifting towards yoga by saving a little bit of time from daily routine. It’s not a bad idea to start a carrier in yoga as a yoga trainer, teacher, consultant or Therapist. If you are interested in it and doing it for a longer period.
Divyaa yoga institute launched 200 yoga teacher training certification courses in Ghaziabad and come up as a world-class professional yoga institute in Delhi NCR for the people who love yoga and ready to make a carrier in it. This is the best yoga teacher training institute in India that provides group yoga classes, yoga certification courses, yoga workshops, and provides many other courses that can help in gaining professional knowledge.
200 hour yoga teacher training course in India facilitates a professional syllabus that starts from basic and goes to the advanced level. They provide personal female/ male yoga trainer to the students according to their requirements.
200 hour yoga teacher training course syllabus includes mantra chanting. It releases positive energy from your mind that helps in decreasing negative thoughts. The study of asana is one of the most important points in the syllabus. Their trainers take care of the proper posture and body alignment so that the risk of injury can be reduced.
When teachers teach, they want to be sure that every student is getting things properly. We provide personal yoga trainer on demand to balance the comfortability while doing yoga practice. When you will invest in yoga, it will make your life smoother and happier forever. Taking yoga as your carrier is an excellent option because in this journey you will give knowledge of being healthy, happy, and calm to others. You will feel great when you will be the reason for the happiness of thousands of people who come to you in search of stability and calmness in their life.
For beginners, it is very important to do pose carefully to avoid injury. Their trainers use props at early stages so that beginners can improve after a few days. Improvisation plays a crucial role and at Divyaa yoga institute, professional teachers take care of every little thing so that every single person gets satisfaction in terms of peace, happiness, and whatever their goal is after adding meditation and yoga to their life schedule.
On the launch of 200 hour yoga teacher training course, the owner of Divyaa yoga institute said that “Yoga is an ancient practice and meditation that is now on everyone’s tongue. People are getting familiar with yoga because of positive results all across the world. Yoga is come up as a treatment for heart and other health issues. We are trying to encourage people, to give your mind and body relaxation from the stress and tension that they have filled up in their life because of pressure and duties.”
He further adds about the course “We are offering 200 hour yoga teacher training course for the people who have an interest or have some experience in the yoga profession. Now, you can convert your interest into a profession by opting for our professional yoga courses in India. We have experienced professional yoga trainers at our institute from across the world and sharing their experience with the people who are willing or trying to join yoga for the rest of their life.”
About Divyaa yoga institute
Divyaa yoga institute is a leading international yoga school in Ghaziabad, that provides several yoga programs that include yoga workshops, group yoga classes, corporate yoga classes, private yoga classes, and stress management & spiritual classes in Ghaziabad.
If you are interested in yoga whether you have experience or not and want to take yoga as your profession then Divyaa yoga institute is the right place for your goal. They will give shape to your interest and develop your yoga skills in order to make you a professional yoga trainer. They offer courses like yoga for better living certification courses of 21 days, meditation certificate course, and 200 hour yoga teacher training course that we have talked about above. Join today if you have a spark in you, they will show you the path to a better life in yoga.
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ETL as if it’s one monolithic thing. Actually, ETL jobs vary considerably and involve numerous enabling technologies. In the context of Hadoop, two broad categories of ETL workloads are relevant: those that require substantial relational technologies and those that don’t.
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At one extreme, many ETL jobs join three or more tables, execute complex SQL routines of hundreds of lines, create temporary tables, or involve multi-pass SQL. These relational ETL jobs are often developed and executed with a mature ETL tool, and the tool may push relational processing into a relational database management system (DBMS). This is usually called “ETL push down” or “ELT.” In these cases, the T (i.e., data transformation) occurs in a relational database or similar data platform instead of on the ETL tool hub.
For heavily relational jobs, Hadoop is an unlikely candidate because ANSI standard SQL and other complex relational technologies are not fully supported on Hadoop today. Even so, Hadoop is improving rapidly, and third-party tools are emerging to provide a relational front-end for Hadoop, so it’s probable that Hadoop’s relational capabilities will soon be more compelling for heavily relational and SQL-based processing.
At the other extreme, some ETL jobs simply need basic relational capabilities (as seen in an HBase row store or a Hive table) or no relational capabilities at all (as is typical of the algorithmic approach of most hand-coded MapReduce jobs). For example, some early adaptors of Hadoop have migrated operational data stores to Hadoop, which manage customer masters, archives of transactions, or industry specific data (such as call detail records in telco or supply chain documents in retail and manufacturing).
ETL jobs that make simple aggregations, summations, and calculated values (but at massive scale against millions of records) are well-suited to the Hadoop environment, and these jobs can be developed for a fraction of the cost of a high-end ETL tool – if you have the appropriate in-house programming skills. Let’s not forget that Hadoop originated in Internet firms, where it did simple but massive summations of clicks, page views, and ecommerce transactions. For workloads resembling those, Hadoop continues to be a compelling and cost-effective platform
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Let me talk about Power Center vs Cloud (IICS), as rest of your future architecture is same except these two technologies. Each of these technologies have their own pros and cons
You may have already know most of the capability which PowerCenter offers, one of the main reason to consider moving to PowerCenter is maintenance, you should have a dedicated Administrators to install the product and do the maintenance work on a daily basis., you should use your own infrastructure , database software’s , file storage etc. And you should also plan for upgrades whenever Informatica announces end of life for a certain version.
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Depending on your environment, you may have jobs which process data form Real time loads, Mainframe CDC jobs , Web services , unstructured data processing, flat files and Relational tables, which may slow your environment and some times even after spending months and months with Informatica support you may not get any resolution for the slowness, you need to then plan your scheduling based on the Jobs which use high CPU I/O and during off peaks hours etc.
You also need to procure license based on the edition, irrespective of whether you use a certain feature
You can also enable versioning, to revert to the previous versions in case of any issues during deployment
The major thing to consider when considering cloud is you will get rid of daily maintenance, server patches, upgrades etc. But the real story starts now, there is lot of limitation in terms of development example
• You can’t use any tables in SQL transformation
• You can’t use Lookup transformation if the column name has space
• When connecting ports in web service consumer, if you need to pass a default value to 10 columns, you need to create 10 columns with same default ports and then only connect to 10 ports
• You can’t run your jobs on the cloud, if your web service requests exceed a certain threshold (less than 1 MB, I have to check on the exact number)
• If you change the port name which is used in a variable or transformation, the whole mapping will be invalidated.Learn more from Informatica training
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If you’ve ever scratched your head wondering what on earth is the difference between the two, this article is for you.
What is blockchain?
In super-simple terms, a blockchain is a computer file for storing data. Or, to put it in more technical jargon, it’s an open, distributed ledger (database), which means the data contained within the blockchain is distributed (duplicated) across many computers and is therefore decentralised.
This decentralisation is one of the things that makes blockchain so transformative. Unlike in a traditional, centralised database – where records are processed by one central administrator (say, a company or government) – the entire blockchain is transparent and data is verified by user consensus. Yet, despite this transparency, blockchains are incredibly secure. That’s because there’s no one central point of attack for hackers to target.
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Decentralised. Distributed. This sounds a bit like Bitcoin…
You’re spot on! Blockchain is the technology that underpins Bitcoin and it was developed specifically for Bitcoin. So, Bitcoin was the first example of blockchain in action and without blockchain, there would be no Bitcoin. That’s why the two names are so often used interchangeably.
But that doesn’t mean that blockchain and Bitcoin are the same thing.
Bitcoin is a decentralised digital currency, or peer-to-peer electronic payment system, where users can anonymously transfer bitcoins without the interference of a third-party authority (like a bank or government). Bitcoin is just one example of a cryptocurrency, though; other cryptocurrency networks are also powered by blockchain technology. So although Bitcoin uses blockchain technology to trade digital currency, blockchain is more than just Bitcoin.
Looking at the wider applications of blockchain
Because blockchain and Bitcoin are so inextricably linked, it took people a long time to realise that blockchain actually has much wider applications beyond cryptocurrency networks. In fact, blockchain’s potential is so great that many people (myself included) believe the technology will revolutionise the way we do business, just like the internet did before it.
Here are just a few examples of the wider applications of blockchain beyond Bitcoin and other cryptocurrencies:
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Blockchain technology is the underlying structure of most cryptocurrency systems and is what prevents this kind of digital money from being duplicated or destroyed.
The use of blockchain technology is also being explored in other contexts where data immutability and security are highly valuable. A few examples include the act of recording and tracking charity donations, medical databases, and supply chain management.
However, blockchain security is far from being a simple subject. Therefore, it is important to understand the basic concepts and mechanisms that grant robust protection to these innovative systems.
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The concepts of immutability and consensus
Although many features play into the security associated with blockchain, two of the most important are the concepts of consensus and immutability. Consensus refers to the ability of the nodes within a distributed blockchain network to agree on the true state of the network and on the validity of transactions. Typically, the process of achieving consensus is dependent on the so-called consensus algorithms.
Immutability, on the other hand, refers to the ability of blockchains to prevent alteration of transactions that have already been confirmed. Although these transactions are often relating to the transfer of cryptocurrencies, they may also refer to the record of other non-monetary forms of digital data.
Combined, consensus and immutability provide the framework for data security in blockchain networks. While consensus algorithms ensure that the rules of the system are being followed and that all parties involved agree on the current state of the network - immutability guarantees the integrity of data and transaction records after each new block of data is confirmed to be valid.
The role of cryptography in blockchain security
Blockchains rely heavily on cryptography to achieve their data security. In this context, the so-called cryptographic hashing functions are of fundamental importance. Hashing is a process whereby an algorithm (hash function) receives an input of data of any size and returns an output (hash) that contains a predictable and fixed size (or length).
Regardless of the input size, the output will always present the same length. But if the input changes, the output will be completely different. However, if the input doesn’t change, the resulting hash will always be the same - no matter how many times you run the hash function.
Within blockchains, these output values, known as hashes, are used as unique identifiers for data blocks. The hash of each block is generated in relation to the hash of the previous block, and that is what creates a chain of linked blocks. The block hash is dependent on the data contained within that block, meaning that any change made to the data would require a change to the block hash.
Therefore, the hash of each block is generated based on both the data contained within that block and the hash of the previous block. These hash identifiers play a major role in ensuring blockchain security and immutability.
Hashing is also leveraged in the consensus algorithms used to validate transactions. On the Bitcoin blockchain, for example, the Proof of Work (PoW) algorithm utilizes a hash function called SHA-256. As the name implies, SHA-256 takes data input and returns a hash that is 256 bits or 64 characters long.Learn more from blockchain online course
In addition to providing protection for transaction records on ledgers, cryptography also plays a role in ensuring the security of the wallets used to store units of cryptocurrency. The paired public and private keys that respectively allow users to receive and send payments are created through the use of asymmetric or public-key cryptography. Private keys are used to generate digital signatures for transactions, making it possible to authenticate ownership of the coins that are being sent.
Though the specifics are beyond the scope of this article, the nature of asymmetric cryptography prevents anyone but the private key holder from accessing funds stored in a cryptocurrency wallet, thus keeping those funds safe until the owner decides to spend them (as long as the private key is not shared or compromised).
In addition to cryptography, a relatively new concept known as cryptoeconomics also plays a role in maintaining the security of blockchain networks. It is related to a field of study known as game theory, which mathematically models decision-making by rational actors in situations with predefined rules and rewards. While traditional game theory can be broadly applied to a range of cases, cryptoeconomics specifically models and describes the behavior of nodes on distributed blockchain systems.
In short, cryptoeconomics is the study of the economics within blockchain protocols and the possible outcomes that their design may present based on its participants’ behavior. Security through cryptoeconomics is based on the notion that blockchain systems provide greater incentives for nodes to act honestly than to adopt malicious or faulty behaviors. Once again, the Proof of Work consensus algorithm used in Bitcoin mining offers a good example of this incentive structure.
When Satoshi Nakamoto created the framework for Bitcoin mining, it was intentionally designed to be a costly and resource-intensive process. Owing to its complexity and computational demands, PoW mining involves a considerable investment of money and time - regardless of where and who the mining node is. Therefore, such a structure provides a strong disincentive for malicious activity and significant incentives for honest mining activity. Dishonest or inefficient nodes will be quickly expelled from the blockchain network, while the honest and efficient miners have the potential of getting substantial block rewards.
Similarly, this balance of risks and rewards also grants protection against potential attacks that could undermine consensus by placing the majority hash rate of a blockchain network into the hands of a single group or entity. Such attacks, known as 51 percent attacks, could be extremely damaging if successfully executed. Due to the competitiveness of Proof of Work mining and the magnitude of the Bitcoin network, the likelihood of a malicious actor gaining control of a majority of nodes is extremely minimal.
Furthermore, the cost in computing power needed to attain 51 percent control of a huge blockchain network would be astronomical, providing an immediate disincentive to make such a large investment for a relatively small potential reward. This fact contributes to a characteristic of blockchains known as Byzantine Fault Tolerance (BFT), which is essentially the ability of a distributed system to continue to work normally even if some nodes become compromised or act maliciously.
As long as the cost of establishing a majority of malicious nodes remains prohibitive and better incentives exist for honest activity, the system will be able to thrive without significant disruption. It is worth noting, however, that small blockchain networks are certainly susceptible to majority attack because the total hash rate devoted to those systems is considerably lower than the one of Bitcoin.
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Through the combined use of game theory and cryptography, blockchains are able to attain high levels of security as distributed systems. As with nearly all systems, however, it is critical that these two fields of knowledge are properly applied. A careful balance between decentralization and security is vital to building a reliable and effective cryptocurrency network.
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