Show Posts

This section allows you to view all posts made by this member. Note that you can only see posts made in areas you currently have access to.

Messages - Md. Mirazul Islam (Miraz)

Pages: 1 [2] 3 4
« on: February 04, 2020, 11:31:17 AM »

ICT itself is in the craziest ride in terms of its fast development. A huge number of our young population is the passengers who are taking different benefits considering the latest trend and whatever opportunities are coming before them. In most cases, the talents are not explored for the absence of focus, exposure, link with industries. On the other hand, Industries don’t also get right talents which they need. To bridge between these two points and to showcase the products/services, Daffodil Family is going to organizing the ICT Carnival.

See details at


To reflect digital strength at Daffodil Family
To showcase innovative projects
To engage students in all events
To engage teachers and admins in digital transformations through projects and events


Daffodil International University Permanent Campus Ashulia Model Town, Dattapara, Ashulia, Savar, Dhaka, Bangladesh

Modern Project and Research - Dr. Md. Sabur Khan @ Daffodil ICT Carnival 2018

ICT Carnival / Professor Dr Sazzad Hossain @ Daffodil ICT Carnival 2019
« on: February 04, 2020, 11:22:12 AM »

ICT Carnival / Dr. Md. Sabur Khan's Speech at Daffodil ICT Carnival 2019
« on: February 04, 2020, 11:20:53 AM »
Dr. Md. Sabur Khan's Speech at Daffodil ICT Carnival 2019


ICT Carnival / Daffodil ICT Carnival 2018 Official Documentary
« on: February 04, 2020, 11:12:56 AM »
Daffodil ICT Carnival 2018 Official Documentary

3-day ‘Daffodil ICT Carnival 2018’ begins  11 February 2018 at Daffodil International University (DIU) Permanent Campus at Ashulia organized by Daffodil Family. More than ten thousand students, teachers and ICT experts from Computer Science & Engineering Department (CSE), Software Engineering Department (SWE), Multi Media & Creative Technology Department (MCT), Computing & Information System Department (CIS) and Daffodil Education Network are participating in the carnival. Dr. Md. Sabur Khan, Chairman, Board of Trustees, DIU inaugurated the 3 day long carnival this morning. Presided over by Mohammed Nuruzzaman, CEO, Daffodil Family and convener of ICT Carnival, the inaugural session was addressed by Professor Dr. Yousuf M Islam, Vice Chancellor, Prof. Dr. S.M. Mahbub Ul Haque Majumder, Pro Vice Chancellor, Prof. Dr. Syed Akhter Hossain, Head, Department of CSE, Dr. Touhid Bhuiyan, Head, Department of SWE, Dr. Shaikh Muhammad Allayear, Associate Professor and Head, Department of MCT and Md. Sarwar Hossain Mollah, Head, Department of CIS. The Carnival will continue up to 13th February.
Three day carnival includes competitions, Project Showcase, Smart Hakathon, Programming contest, Counseling and mentoring, Fun events, learning opportunity, Networking scope and many more. So that every moment of the fest can be enjoyed and utilized with adding value. The winners, best innovators and performers will be awarded a smart cash incentive which is worth of Tk. 1 million.

Addressing as chief guest Dr. Md. Sabur Khan said, the future world will belongs to information technology. So, it is quite impossible to sustain in that future world without enhancement of ICT knowledge. That’s why the carnival has been organized to encourage students of Daffodil Education Network for inventing new ICT ideas and projects.

Thanks for sharing the information.

Science and Information / Re: MIT Innovation Challenge!!
« on: July 15, 2019, 02:43:43 AM »

Use of Forum / Re: Research portal.
« on: July 15, 2019, 02:41:05 AM »
nice post

রোজায় সঠিক প্রোটিনের জন্য কী খাবেন?

চলছে রোজা। এই রোজায় ইফতার, রাতের খাবার ও সেহরিতে অনেকেই অনেক রকম খাবার খেয়ে থাকেন।  প্রতিদিনের পুষ্টির চাহিদা পূরণে কার্বোহাইড্রেট, প্রোটিন, ফ্যাট সঠিক পরিমাণে গ্রহণ করতে হয়।

প্রোটিন প্রতিদিন সঠিক মাত্রায় গ্রহণ করলে কিডনি ভালো থাকবে। তবে আমাদের দেশে ইফতারে অতিরিক্ত প্রোটিন গ্রহণ করার চল রয়েছে। এটি স্বাস্থ্যের জন্য ক্ষতিকর। মাত্রাতিরিক্ত প্রোটিন রক্তের ইউরিক এসিড বাড়িয়ে ফেলতে পারে। অথবা যাদের ডায়বেটিস রয়েছে, তাদের ইউরিনে পরিমাণের চেয়ে বেশি প্রোটিন বের হয়ে যেতে পারে। তাই সঠিক পরিমাণে, সঠিক প্রোটিন খেতে হবে।


রোজায় অনেকের ঘরেই ছোলা তৈরি করা হয়। অতিরিক্ত তেল আর মসলা দিয়ে তৈরি এই ছোলা প্রতিদিন খেলে তা শরীরের জন্য ক্ষতিকর। তেল রক্তের কোলেস্টেরল বাড়িয়ে দিতে পারে, আবার মসলা গ্যাস বা এসিডিটির কারণ।

প্রতিদিন ছোলা ইফতারে না খাওয়াই ভালো। একজনের জন্য ক্যালরিভেদে দুই থেকে তিন টেবিল চামচ ছোলার বেশি না খাওয়াই ভালো।

তবে সিদ্ধ ছোলা, শসা, টমেটো, লেবুর রস দিয়ে খেলে ভালো। এ ছাড়া টক দই দিয়ে ছোলার সালাদ করেও খাওয়া যেতে পারে।  তবে ছোলা প্রতিদিন ইফতারে না খাওয়াই ভালো। একজনের জন্য ক্যালরিভেদে দুই থেকে তিন টেবিল চামচ ছোলার বেশি না খাওয়াই ভালো।


ডালের তৈরি পেঁয়াজু দ্বিতীয় শ্রেণির প্রোটিন। ডুবু তেলে ভাজা পেঁয়াজু থেকে অনেক ক্যালরি পাওয়া যায়। এটি থেকে ওজন বেড়ে যেতে পারে। এমনকি টানা এক মাস খেলে রক্তের কোলেস্টেরল ও প্রেশার বাড়ার ঝুঁকি থাকে। তাই রোজ পেঁয়াজু না খেয়ে অল্প তেলে ভাজা সবজি আর চালের গুঁড়ার কাটলেট বা চপ খাওয়া যেতে পারে।


সবজি হলেও বেসন দিয়ে ভাজার কারণে এ থেকে প্রোটিন চলে আসে। তাই রোজ ডুবু তেলে ভাজা বেগুনি না খাওয়াই ভালো।  এ ছাড়া বেসন রোজ খেলে তা শরীরের জন্য ক্ষতিকর।


রোজায় ভাজাপোড়া খাওয়ার থেকে ইফতারে একটি সিদ্ধ ডিম  বা ডিম পোচ খেলে শরীরের জন্য ভালো।


এটি স্বাস্থ্যের জন্য অনেক উপকারী একটি প্রোটিন। রোজায় ছোলা, পেঁয়াজু আর মাংসের ভিড়ে অনেকটাই হারিয়ে যায় মাছের মতো একটি ভালো প্রোটিন।  হার্টের স্বাস্থ্য রক্ষায় ও প্রোটিনের চাহিদা পূরণে মাছের জুড়ি নেই। ইফতারে মাছের চপ, স্যান্ডউইচ,  কাটলেট ছাড়াও মাছের নানা রেসিপি করা যায়। সেহরিতে ভাতের সঙ্গে মাছ আর সবজি খুবই উপকারী মেন্যু।


রোজায় কমবেশি হলেও ভাজাপোড়া খাবার খাওয়া হয়। এতে তেলের কারণে হলেও কিছু ফ্যাট খাওয়া পরে। তাই রোজায় গরু-খাসির মাংস কম খাওয়াই ভালো। তবে মুরগির  মাংস দিয়ে ঘরে তৈরি হালিম, খিচুড়ি, স্যান্ডউইচ,  স্যুপ,  কারি ইত্যাদি পরিমিত পরিমাণে খাওয়া যেতে পারে।


আদর্শ এই তরল, প্রোটিনের পাশাপাশি ক্যালসিয়াম ও ফসফরাসের খুব ভালো উৎস।  রোজায় হাড়ের ব্যথা, মাংসপেশির সুরক্ষার জন্য রোজ দুধ বা দুধের খাবার খেতে হয়। ইফতারে দুধের বানানো মিষ্টান্ন,  দই, ছানা এবং সেহরি বা রাতের খাবারে দুধ, ভাত, ফল বা দুধ-মুড়ি-ফল বা সিরিয়াল দুধ খুবই উপকারী একটি খাবার।

সম্পূর্ণ রোজায় সুস্থ থাকতে পরিমিত পরিমাণে সঠিক প্রোটিনযুক্ত খাবার খাওয়া আপনাকে সুস্থ রাখতে সাহায্য করবে।


লেখক : প্রধান পুষ্টিবিদ, অ্যাপোলো হাসপাতাল

Reference Link:

পাটের নতুন দিগন্ত

পাটের আঁশ ব্যবহার করে পচনশীল পলিমার ব্যাগ তৈরির পদ্ধতি উদ্ভাবন করেছেন অধ্যাপক মোবারক আহমদ খান। তাঁর এই উদ্ভাবন বিশ্বের পরিবেশদূষণ কমাবে।[/youtube]]Youtube Link:

Reference Link:

Why Augmented Reality and Virtual Reality Will be Important for Your Business

In the arc of every modern technology’s development, a great deal of attention is generally initially focused on the technology itself. When, for example, artificial intelligence (AI) was emerging as a computational and cognitive force, researchers and university professors were constantly in the media explaining how neural networks and machine learning worked, and how this technology (and many other forms of AI) differed from traditional computer programs.

Today, just a few years later, AI systems are embedded in many of the products that companies and consumers use regularly. Clearly, we have adopted AI technology and integrated it into our daily lives.

This is also the case with augmented reality (AR) and virtual reality (VR), two distinct but related technologies that have become popular in the business and consumer press.

AR is the ability to insert digital objects into a camera view of the real world, based on information about the scene that is within the camera’s view. While Pokémon Go is the most commonly known consumer use of this kind of technology, far more sophisticated AR applications offer great promise for all kinds of applications.

VR is based on the diametrically opposite concept: It immerses real people inside a fictional digital, or virtual, space. Many games now use VR to make the experience even more reaplayedthan someone has playing the game on a computer, TV screen or tablet. Just as with AR, there are many potential applications of VR that go well beyond games.

Why will AR and VR be important for businesses of all kinds? Well, for every company, building engagement with customers is a key element of their ability to develop long-lasting and lucrative relationships. At Kaon Interative we have identified three primary factors that contribute to successful engagement strategies:

Multi-sensory engagement -- getting customers involved in learning about, and using, products in a way that is active. Touch, sight, audio and even smell are all important senses to employ when engaging with customers;

Intellectual engagement -- sharing relevant and useful information with customers so that they have a meaningful experience learning about and using the company’s products and solutions; and

Emotional connections -- with B2B purchases, research has shown that building an emotional connection is at least as equally important as creating a logical case for people to buy. Certainly, continuing to develop emotional connections post-purchase leads to loyal customer relationships.

Augmented reality, for real
AR and VR are tools to help with each of the above elements, building even more engagement with customers. From early sales and marketing encounters with customers, through those customers' purchase and use of the products and into the realm of customer service and support, AR and VR are becoming more and more useful.

Examples: AR applications, such as WayfairView, include software that shows how furniture will look in a customer’s home. Prospective buyers can use a phone or tablet’s camera to see how their homes will look with a variety of different furniture pieces before they make a purchase decision. For industrial facilities, manufacturing managers can see how a new piece of equipment might fit into their workflow: The new assembly or manufacturing process can also be visualized through the camera of a phone or tablet while the manager walks through the existing plant.

AR, then, will result in a better understanding of how these products and solutions will benefit the manufacturing facility and increase companies' propensity to buy. They'll be able to see troubleshooting and maintenance instructions overlaid directly onto a physical product as they are working on it, resulting in shorter downtimes, improved productivity and deeper brand loyalty.

Virtual reality, for real
VR applications, meanwhile, enable customers to immerse themselves in a digital space -- such as a hospital, laboratory or oil refinery -- illustrating how complex products and solutions work and helping them understand how they would navigate and use these new products. At Cisco Live in June 2017, Dell EMC utilized a VR application developed by my company, Kaon Interactive, for its enterprise prospects and customers.

The application showed attendees and partners how they could visualize their own IT transformation with converged and hyper-converged solutions. These enhanced experiences were intended to create a deeper understanding of the company’s differentiated value propositions. For existing customers, VR simulators will help train personnel before they operate real machinery-- the way flight simulators are used for pilots -- but without the expense of complex physical systems in the real world.

As these solutions become more mainstream, in terms of devices and software, they are losing some of their technology focus and beginning to gain a more integrated status as components or features of larger products and solutions. Consumers and B2B buyers, for their part, are developing an awareness of, and even an expectation for, these kinds of experiences when they interact with almost every company.

For every entrepreneur attempting to build a more engaging and lasting relationship with his or her company’s prospects and customers, AR and VR are important capabilities to include in planning how their current engagement strategies will evolve. And special gadgets won't necessarily be a part of the mix: Rather than having to have a separate device for an AR experience, users will simply use the phones and tablets they use already (Google and Apple have released or announced platforms that allow software developers to build AR applications and capabilities into their Android and iOS applications).

Similarly, while today's VR headsets are somewhat cumbersome, requiring cables and sensors attached to a PC, these devices, too, are rapidly evolving, using wireless and even mobile devices (e.g. the Google Daydream).

This evolution to the mainstream will allow businesses to build AR and VR features into larger and more holistic applications, creating a complete set of capabilities for even more meaningful customer experiences.

Reference Link:

Science and Information / Robots could soon be built with human flesh
« on: July 11, 2017, 01:12:37 PM »
Robots could soon be built with human flesh

Scientists want to cover robots in muscle fibers and tissues so that resemble human beings

If all goes well, we could very soon see robots being made with human flesh. Before you freak out, the purpose of the robot-dress up is to help those people who need tissue transplants.

Two University of Oxford biomedical researchers, Pierre-Alexis Mouthuy and Professor Andrew Carr, writing in Science Robotics, argue that moving humanoid robots could help create muscle and tendon grafts that actually work.

The researchers pointed to existing robots, including the Eccerobot, a plastic machine with ‘human’ bones, tendons and skin, to explain how future bots will grow real tissue.

They said: “Over the past decade, exciting progress has been made in the development of humanoid robots. In particular, musculoskeletal humanoids (such as Kenshiro and Eccerobot) were developed to interact with humans in a safer and more natural way. They aim to closely replicate the detailed anatomy of the human musculoskeletal system including muscles, tendons, and bones. We suggest that musculoskeletal robots may assist in the growth of musculoskeletal tissue grafts for tissue transplant applications.”

Adding further, they said, “With their structures activated by artificial muscles, musculoskeletal humanoids have the ability to mimic more accurately the multiple degrees of freedom and the normal range of forces observed in human joints.

“As a result, it is not surprising that they offer new opportunities in science and medicine”.

Today, sheets of cells are grown in stagnant tanks, but these “fail to mimic the real mechanical environment for cells,” say the scientists.

As a result, these tissues are often too weak to be effective – especially for “bone-tendon-muscle grafts… because failure during healing often occurs at the interface between tissues”.

Instead, we need a robot with “structures, dimensions, and mechanics similar to those of the human body”.

As tissue grows on the robot, it would receive the same stresses as it would face on a real human, creating stronger and healthier tissue for harvesting.

“It is now both technically possible and scientifically pertinent to explore in greater detail the potential of humanoids as tools for regenerative medicine,” conclude the researchers.

What’s more this would be a step towards “biohybrid humanoids” – bots of the future whose human muscles, tendons, and skin can self-repair.

Reference Link:

Pages: 1 [2] 3 4