Monday, 8 October 2018


हालात-ए–हिंदी

मना रहे हैं हिंदी दिवस हम हिंद देश के वासी आज
करेंगे आज फिर कामचोरी छोड़ सब अपने काम काज
इक दिन का बनावटी चोला पहना कर करते हम लज्जित हिंदी को
क्योंकि अंग्रेज हस रहे हैं हम पर पहना कर हमको अंग्रेजी का ताज .......!
मना रहे हैं हिंदी दिवस हम हिंद देश के वासी आज !!


खेला बचपन जिस गोद में हमने वो अब तरसती माँ शब्द को
जिन कन्धों पर बैठ देखी दुनिया, वो बाबा नहीं रहे बाबा आज
मोम डैड और अंकल आंटी दिए नए नाम इस दुनिया ने
जिन्हें बोल हिंद के वासी ना जाने क्यों करते खुद पर नाज़ .....!
मना रहे हैं हिंदी दिवस हम हिंद देश के वासी आज !!


सुबह उठ पैरों को छूकर, लेते थे दुआएं बड़े बुजुर्गो की
अब हेल्लो हाए और गुड मोर्निंग डीअर, सब गाते हैं अपना राग
पहले खाना खाना होता था, सब खाते थे निचे मिल बैठ कर
अब ब्रेकफास्ट, लंच और डिन्नर, सजते हैं डाइनिंग टेबल पर आज..... !
मना रहे हैं हिंदी दिवस हम हिंद देश के वासी आज !!


चिठ्ठी और प्रार्थना पत्र, हिंदी में लिखना अब हम भूल गए
क्योंकि मात्रा और आ का डंडा, हो गए है इतिहास के राज़
करते अंग्रेजी में बड़ी बड़ी बातें, अब हिंद के वासी उन लोगों से
छत, कपड़ा और दो वक़्त की रोटी, नहीं है पास उनके आज ....!
मना रहे हैं हिंदी दिवस हम हिंद देश के वासी आज !!
अंग्रेजी से नाता नहीं जिनका, वो भटकते दर दर नौकरी के लिए
और अंग्रेजी के ना जाने कितने पोपट, करते हैं दुनिया पर राज़
खूब करते अंग्रेजी में बक बक, सीना चोडा करके शिक्षक
बाहर आकर सब यह बोले, कुछ नहीं समझ आया मुझको आज......!
मना रहे हैं हिंदी दिवस हम हिंद देश के वासी आज !!


क्यों तोहमत लगा रहा हूँ अंग्रेजी पर, शायद सिक्का मेरा ही खोटा है
क्यों नहीं रोका अंग्रेजी दलालों को, खूब भिगाडा जिन्होंने हिंदी का साज़
इतना सब कुछ होते हुए भी, गर्व है हम सब हिंद के वासियों को
क्यूकि विश्वभर में सबसे ज्यादा, अब हिंद में घिसी जाती अंग्रेजी आज.....!
मना रहे हैं हिंदी दिवस हम हिंद देश के वासी आज !!


हिंदी दिवस है हिंदी दिवस है, छोड़ो अब इन सब झूठी रस्मों को
ना बदला है ना बदलेगा, क्यूकि शायद अंग्रेजी है हम सबकी प्यास...
हिंद देश का वासी हूँ हिंदी दिवस इसलिए मैं मनाऊंगा
क्यूकि ना चाहते हुए भी मुझको, निभानी है ये परम्परा आज ....!
मना रहे हैं हिंदी दिवस हम हिंद देश के वासी आज !!

जय हिंद, जय हिंदी , जय हिंदुस्तान

आपका अज़ीज़
सन्नी गुप्ता (आरव)






Personality Development Course for Management Students

Most management colleges have started personality development lectures for their students by giving a twist to regular lectures. While in some MBA colleges students are buried in their syllabus, students at other B-schools are getting lessons on personality development too. To do something different, interesting and also of use to the students, management colleges have started this practice. Students are now attending classes in confidence-building through speech-delivery and overall personality development. These classes are going on for students of all the years in the MBA colleges. Students participate in these kinds of practical sessions and moreover, students give very interesting feed-back. They really like these classes as they are getting ready for jobs through the use of these classes. B-schools should continue such sessions for the future batches as well. 

 It’s good to see students absorbing new developments and changes in their course curriculum so well. Management colleges conduct personality development programmes on learning skills, memory retention and recall, introspection and self-analysis, positive attitude, assertive behavior, communication skills, public speaking, discussion skills etc. in which students are given lessons on developing their all round personality. MBA course has emphasized the need of development of all round personality along with academic achievements as a major prerequisite. And, to fulfill this requirement B-schools are doing it well on their parts.

 Other prerequisite is that the learners should have complete knowledge of English since the students  take up this course at an advanced level and their interest  needs to be developed in participating actively in all role-plays, presentations etc. The Personality Development Course revolves around Theory with Practical implementation in day to day life. Assignments are based on theoretical part so as to understand how to write in more efficient way.  All the sessions start with the lecture, which in turn leads to develop confidence among students. This grooms a youngster, that’s why each and every MBA college has now decided to introduce personality development lessons for its students.

 This kind of new subject will focus on improving personality of the students and teaching the skills that would help them in succeeding in all spheres of life. Also, students get some relaxation by getting lessons on personality development besides their regular academic lectures. It is something different which is not only interesting but also of educative nature. The objective of the programme is to inculcate essential skills to enhance the employability of students in different companies and MNCs by developing the business writing and presentation skills in the management students. To build confidence in students, they should be clear about their own personality, character and future goals. 

As parents and teachers play an important role in shaping the future and inducing positive thoughts in the youth, they also contribute to positive development of personality in them by imparting these types of skills. Personality Development Course helps students in: Developing interpersonal skills, How to write reports, Develop Presentation skills and leadership quality and skills. Top management colleges have always been at the forefront of innovative teaching methods and this new feature just adds another feather to their cap....


Ms. Prabhjot Kaur
Assistant Professor,
Dept of Management Studies

BLOCKCHAINING TECHNOLOGY

Modern technology allows people to communicate directly - voice and video calls, emails, pictures and instant messages travel directly from A to B. Maintaining trust between individuals no matter how far apart they are. When it comes to money people have to trust a third party to be able to complete a transaction. Block chaining technology revolutionize the way we interact with each other. With the use of math and cryptography blockchain provides an Open Decentralized Database of every transaction involving value - money, goods, property, work or even votes, creating a record whose authenticity can be verified by the entire community.
Blockchain stores information in batches, called blocks that are linked together in a chronological order to form a chain of blocks, changes made to a piece of information recorded in a particular block are not reflected in that block, instead a new block is created depicting that piece of information is changed along with the timestamp. Blockchaining is based on general financial ledger method, that is a non-destructive way to track data changes over time.
But, unlike the centuries old ledger method where the data or entries are recorded inside a book and then stored in a database file on a system, blockchain is designed to be decentralized and is distributed over a large network of computers. This feature of blockchaining reduces data tampering. Wherein, before a block can be added to the chain:
  • It has to be encrypted and respective computer has to share the decryption details to all the other computers over the network. This is called proof-of-work.
  • The network then verifies this proof-of-work,
  • And if it is correct then the block is added to chain.
The combination of these cryptographic mathematical puzzles and verification by many computers over the network ensures that the data in each bock in the chain can be trusted.
This significant feature allows us to interact with the data in real time directly and that is where this technology challenges the status quo in a radical way by eliminating the intermediaries. Any transaction over the internet involves third party trust organization or intermediaries that keeps the information confidential. These intermediaries build trust between the parties and are helpful for verification. This technique restricts the exposure of information and also regulates the risk involved. But it adds up another constraint, that is of more time and money spent. If this information is stored in a blockchain then anyone with access to the internet can get involved in blockchain base transaction and third-party trust organizations may no longer be necessary which saves a lot of time and money.
Blockchain technology allows us to have a trusted peer-to-peer interaction with our data and can be implemented in many different ways - Some blockchains can be public, where everyone can view and access the information, while some blockchains can be private limiting the access to a particular organization or a group of users. And, there are hybrid blockchains combining public-private blockchains, where some data is accessible to a group of people while some is accessible to all on the network, but only few have exclusive right to update the data in the blockchain.
The future economy is going to witness a global decentralized source of trust which will be the combination of all the factors such as decentralization of data, building trust in the data and allowing us to interact directly with one another and the data. But not everyone is ready to embrace it as it brings with it many complicated policy questions framing the governance, security and economics.


Anjali Pahwa
Assistant Professor

Department of Information Technology

Tuesday, 2 October 2018


Indigence of Artificial Intelligence in Healthcare

Artificial intelligence is defined as the science and engineering of creating intelligent computer systems that are able to perform tasks without receiving instructions directly from humans. These computer systems use a number of different algorithms and decision-making capabilities, as well as vast amounts of data, to provide a solution or response to a request. Today, more than ever, many technology vendors are making significant investments in AI to ensure they are able to offer solutions and services that can use the technology. Microsoft, Google, Apple, IBM and Amazon, to name a few, have all adopted and fully committed to AI and are already providing these services to consumers.

Artificial intelligence (AI) aims to mimic human cognitive functions. It is bringing a paradigm shift to healthcare, powered by increasing availability of healthcare data and rapid progress of analytics techniques. AI can be applied to various types of healthcare data. Popular AI techniques include machine learning methods for structured data, such as the classical support vector machine and neural network, and the modern deep learning, as well as natural language processing for unstructured data. Major disease areas that use AI tools include cancer, neurology and cardiology. The most popular use of artificial intelligence in healthcare is in IBM's smart cloud, where Watson lives. The Watson platform has been used in a number of disciplines within healthcare including with payers, oncology and patient risk assessment.
Anytime a new technology enters healthcare, there are a number of challenges it faces. Common setbacks of artificial intelligence in healthcare include a lack of data exchange, regulatory compliance requirements and patient and provider adoption. AI has come across all of these issues, narrowing down the areas in which it can succeed.
The following are four areas in which artificial intelligence in healthcare is gaining steam.
Health Wellness Virtual Assistant
The application of AI in the form of a personal assistant can have an incredible impact on monitoring and assisting patients with some of their needs when clinical personnel are not available. Healthcare apps can be used to deliver medication alerts, patient education material and human-like interactions to gauge a patient's current mental state. Google Deepmind and G Suite aim to solve patient record complications by providing a secure, yet convenient way to access and transfer records while adhering to HIPAA rules and regulations.
Research Analytics on Healthcare records
The capabilities of AI do not stop at understanding human commands and knowing what type of response is needed. For example, AI has been used in many advanced use cases in oncology to help detect abnormalities in X-rays and MRIs, in genomics to perform complex processing and in precision medicine to provide assistance in creating highly customized treatments for individual patients. For example IBM Watson, the AI has successfully applied its capabilities to process structured and unstructured patient data. In the field of oncology, IBM Watson can provide evidence-based treatment recommendations for cancer patients.            
Personalised Health Monitoring
Care providers who treat patients with chronic diseases recognize the importance of maintaining contact with their patients outside of the exam room. Several hospitals have introduced life coaching services as part of their overall care, but the cost of such services compared to the current shrinking reimbursements makes it difficult to sustain such programs. However, with today's robust AI capabilities and mobile apps, patients can receive feedback on a number of data elements captured on their phone or wearable devices. Whether it relates to medication adherence or is simply a motivational voice that encourages fitness activities and healthy habits, AI as a personal life coach creates a customized experience for each individual patient and offers proactive alerts that can be sent back to physicians.
Robotic Healthcare Application
One of the new areas of AI that is beginning to gain adoption is in the field of customer service, and healthcare robots are likely to be available soon as part of what healthcare providers offer. A software robot is an AI application patients can interact with through a chat window on a website or via telephone to receive help with their requests. These applications can be used in situations such as scheduling follow-up appointments with a patient's provider online.
Following is an interesting video showing important use of AI in field of healthcare. This film is the showcase of a project undertaken by Samsung and Asha Ek Hope foundation, who are developing the first personalized Artificial Intelligence based Voice assistant for a patient suffering from Motor Neuron Disease, in which patients lose their ability to move and speak.




Click to Play Video on YouTube

Ms. Puja Munjal 
Assistant Professor
Department of Information Technology