Showing posts with label video tutorials. Show all posts
Showing posts with label video tutorials. Show all posts

Monday, 21 March 2016

A human-sized drone, EHang 184:

The latest from CES, 2016

The Chinese company UAV came up with the latest phenomena to capture the skies with their latest human-sized drone perfect for a single person ride. The CES (consumer electronics show, 2016) had several electronic revelations enough to tempt even the best of electronic gadget-haters (if that breed exists). But the best out of all the devices that were shown on the first day of CES, 2016 was the human-size drone called EHang 184.


While this might sound like in the movie "Honey I shrunk the kids" only this time with you to ride drone being shrunk to a size of a Lego to fit inside a DJI machine. But that is not the case. You can fit into this drone without needing to be shrunk. This giant flying machine capable of turning all those boyhood dreams of flying into reality was sitting smack in the middle of the CES, 2016 drone section.

The company EHang was founded in the year 2014, and raised about USD 50 million in venture funding up to this date. Their view on this humungous drone is that this is the future of personal transport and most people were awestruck to find such epic possibilities and did not think of questioning the idea twice.

But many experts believe that this was just another smart marketing strategy for the company EHang to market their latest regular sized drones, like the Ghost. While we do not wish to dampen your expectations of buying this drone from Best Buy this year, but it is highly unlikely that this product will be available to be used as ones personal transport anytime soon.

While most of the employees of the company were not aware of the technical specifications of the drone and could not really answer about the MSRP on the release date of the device, but a press kit of the device did provide the reviewers with some insight on the drone specifications:
  • The drone is about 4 and half feet tall
  • It weighs around 440 pounds 
  • It will be capable of carrying 1 person for a ride for 23 minute
  • The maximum speed that can be reached by the drone is 60 MPH
  • The arms of the drone folds upwards
  • It is fitted with gull-wing doors  that add to super chic style of the drone

The best part about this drone will be the fact that it is designed to be totally automated. Hence, a rider would simply have to enter their destination and sit back and enjoy the ride without any form of control mid-flight. Thus, this will be helpful in adding to the safety of the device by eliminating the most dangerous part of accidents that occur with ordinary modes of personal transportation, i.e. human error. But this system also has a downside as the passengers will be completely helpless if anything should go wrong mid-flight. However, the company has assured the people that their company will employ numerous fail-safes to ensure complete safety during flights on the drone. There are features like multiple backups for every flight system and an option of allowing the airplane to land immediately if the passenger’s life is in danger.

In final thoughts, a bad news for fellow drone enthusiasts is the fact that there are still a few years to go before we can see this EHang 184 flying in the sky even if in a demo video. However, it is inspiring to see that a company is putting real thought into the future of the drone sector and producing awe-inspiring technology that can redefine our mundane daily commute to work in the distant future.

For latest news and electronic tutorials visit our website at Electodiction. We will make sure you get your daily dose of electronic info as we plan to keep you addicted to the digital world.

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Sunday, 20 December 2015

The pros and cons of video learning

The benefits of using educational technology and implementing video learning are numerous, but they also come with a few disadvantages. In today’s world most teachers are required to learn using educational technologies and to implement video tutorials in their lessons. In this blog we will go through both these aspects.

The pros and cons of video learning

My experience with educational technology in class:

 

The first time I used educational technology was in my first formal teaching assignment at college level. I still remember the day clearly; I was excited to use the most state-of-the-art technologies to teach an engaging topic to my class. The total strength of students were 23 and I was keen to get everything setup on time. So I walked to my class 5 minutes before the time of class, and a student waked beside me. He did not know I was the new teacher and casually said something that made my heart drop into my stomach and forced a cold sweat along my spine. “Did you hear? The internet is going to be down in this building today”, he had said. 

I’m sure many of you have had an experience with technology gone that is worth sharing. It is evident that when technology works well, it helps students to learn efficiently. But when there is a technical fault, it just creates utter chaos. The last time I tried setting up my router on my own, I asked my neighbor’s son (somewhat of those new-age whiz kids) to help me out. We ended up wasting our whole morning and afternoon trying to solve a tiny glitch that just seemed too stubborn to do away with. At the end of the day we had no new ideas except the one with restarting the whole system, including the PC. And voila! It worked.

So in my opinion, it is true that integrating technology with new computerized smart devices into academics can offer great benefits. But before doing so, it is necessary to train the teachers to be equipped to handle them. This will also help with schools good name as teachers will be able to answer unexpected questions from the students and parents and address technical issues with ease.


Pros of educational technologies in learning for students:

 

Are you a student of a difficult engineering subject? Having a tough time understanding circuit theory? You must have come across several platforms offering easy to understand electronics video tutorials on the internet. And I bet they helped solve your confusions. So why not use in class as well?

  • They help students be prepared for the future
  • Increase their motivation and engagement in class
  • Offers a wider access area with inspiring collaboration
  • Keeps them updated
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Wednesday, 30 September 2015

Isro Launched First Satellite Astrosat

Isro, on Monday, effectively propelled first astronomy satellite of India, Astrosat - after 11 years the legislature cleared the task. 

Isro Launched Its First Astronomy Satellite Astrosat

At 10am, Astrosat, conveyed by a Polar Satellite Launch Vehicle (PSLV-C30) and six different satellites detonated from the Satish Dhawan Space Center in Sriharikota.

After liftoff, in around 25 minutes, PSLV-C30 infused Astrosat and different satellites, which include four nanosatellites of the US, an Indonesian microsatellite and a Canadian nanosatellite - into their separate courses. For the first time India is propelling a US satellite.

644.651km from earth Astrosat was put on a course, as wanted. The satellite accomplished a normal slant of 6.002 degrees.

P Kunhikrishnan, the director of Satish Dhawan Space Center, said after the dispatch, that the mission is fruitful. It is an all around perceived and synchronous endeavor. For him it was a well deserved blessing.

About Astrosat:

Astrosat, having a takeoff accumulation of 1,513kg, now will set out on a five-year cosmic operation concentrating on inaccessible divine articles.

It will monitor the universe in the bright, ocular, high and low energy x-beam areas of the electromagnetic range, contrasted with nearly all other exploratory satellites that are fit for watching a wavelength band’s restricted scope.

In the middle of its assignments, Astrosat’s 5 payloads will learn black-holes and star conception locales.

The website of ISRO records out the observatory’s target - to see high vitality forms in twofold star frameworks containing black-holes and neutron stars; to gauge magnetic grounds of neutron stars; to read star conception areas and lofty energy forms in star frameworks lying past the galaxy; to identify new sources for temporarily brilliant x-beam in the sky and finally to execute constrained profound ground-overview of the ultraviolet locale of the universe.



Astrosat, conveying 5 payloads, is equipped for watching the sky in the perceptible, close UV and far UV areas of the electromagnetic range.

There are two telescopes on the Ultraviolet Imaging Telescope (UVIT) payload, which are intended to accomplish a magnificent picture determination, whereas the other 4 payloads have their particular parts.

Alternate payloads are – Soft x-beam Telescope (SXT), Large X-Ray Proportional Counter (LAXPC), Charge Particle Monitor (CPM) and Cadmium Zinc Telluride Imager (CZTI).

On next Monday, the payloads will begin taking a shot, on the eighth day after dispatch.

 Related News

http://www.techtimes.com/articles/54828/20150522/scientists-develop-light-emitting-paper-that-might-shape-future-of-bendable-electronics.htm




Wednesday, 5 August 2015

In Collaboration with Micron Intel Launched 3D XPoint Memories

On the 28th of July, 2015 in London, the company executives of the Intel and Micron Technology launched the first category of memory that is described by both the companies as a major development after 1989 when the NAND flash was first emerged. It is the 3D XPoint memory IC with 128Gbits capacity which according to a primary finding is a fixed memory that reveals a massive capacity for material property change where the metal access lines meet at a cross-point.

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The buzz is already around the electronics industry that this memory may possibly bring a major revolution. It is hoped that this memory will be faster up to 1000 times than NAND flash. Also the density of the memory is 8 to 10 times more than DRAM, making the cost relatively low. The applications of 3D XPoint memory are predicted to be lucrative for the data centers and the solid-state drives.

According to the CEO of Micron Mark Durcan that this is the result of the joint venture between Intel and Micron built in 2006. It was being produced at the wafer fab in Lehi, Utah, which belongs to IM Flash Technologies LLC. The Micron CEO further enforces that the memory is structured in a way that it will remain as two planes of 64Gbits where one bit will be quantified for each cell.

The engineering details were disclosed at the launch event as well. According to the Intel and Micron while creating the 3D XPoint memory they were stressing on inventing material compounds that will be unique in nature. They did not disclose much about the switching mechanism but hinted that it is by means of modifications done in resistance of the bulk material.



There are similarities of 3D XPoint to ReRAMs developed by Crossbar Inc. as it is a resistive RAM with a select integral diode making an opaque structured device. But it has been confirmed that 3D XPoint cannot be pertained and comparing to other forms of stable memory, the 3D Xpoint is fundamentally a special switch made for bulk-switching mechanism. 


Related News

http://www.c-sharpcorner.com/News/4965/intel-and-micron-collaborate-to-launch-3d-xpoint-technology.aspx

Sunday, 1 March 2015

Top 10 Electronics Engineering Websites for Beginners

Electronics engineering training is a bold and awesome.  The one thing that makes Electronics so much fun is the application of science in everyday life. Complied below are the top websites related to engineering and electronics that kindle interest in the learner’s mind from the beginner’s level as you plough your way to be a pro pretty soon.

Apart from the traditional Wikipedia and Google, here’s my list of ten best websites to visit if you have passion for electrical/electronic engineering.       
Source: http://goo.gl/QWGoGx


1.      Instructables.com—offers a great range of cool user-generated “do-yourself” projects from 3D printing to cheese-making. Created by Eric Wilhelm and Saul Griffith, it encourages users to try out new things. Why for electronics engineers? When B-Tech books are weighing you down, it’s a great way to unleash your fun side and inspire yourself to dummy run your own projects.

2.      Openelectrical.org—throws light on practical applications along with what is being studied at school. It affords great help for students who want to become successful practitioners in the industry.   
3.      Electrodiction.com—offers video tutorials on analog, digital electronics, microprocessor and microcontroller and network theorem in clean neat chapters of designed with all videos and no texts. This attracts tech students a great deal worldwide.  
4.      Ocw.mit.edu—Eminent professors sharing news and reviews, tips and tutorials. 2,200 online courses are available along with the text material offered to its on-campus students. 
  
5.      Ieee.org—Tutorial on newest technologies and innovations. The community’s a great motivation-booster for aspiring electronics engineers.  
 
6.      societyofrobots.com—though it is aimed for students of advanced level, fascinating projects with microcontrollers are given here in a clear, understandable way.   

7.      stackoverflow.com—have a query regarding your CEng or B.Tech projects or theory applications? Derive opinions from a pool of experts.  
8.      forum.allaboutcircuits.com—diverse queries related to electronics science homework are asked and replied to. This website is very helpful to solve your doubt about a textbook material.  
 
9.      sparkyuonline.com—expert electricians offering “hands-on “training to novices. Great “how-to” instructions to boost your real-world knowledge.     
 
10.  engineergirl.org—this engineering website offers pure fun and utility side by side. An array of colours and exciting topics, it sure relives your pain of cramming textbooks to a great deal, when you realize you thrilling the world of engineers really is.
   

Students and hobbyists know how fascinating it is to have first-hand experience with ‘live’ stuff when other career trackers are stomaching theories from books. Applications are fun! So are Electronics Engineering Training online!