A Treat For Gadget Lovers Only On Discovery Science

A treat for gadget lovers only on discovery science
THE GADGET SHOW WORLD TOUR focuses on the world of new age technology

New Delhi, Discovery Science, the network dedicated to making science programming accessible, relevant and entertaining brings a new series for gadget lovers- THE GADGET SHOW WORLD TOUR.

The series will premiere on October 15 and airs every day at 9:00 PM only on Discovery Science.

Tech-loving presenters, Jason Bradbury and Pollyana Woodward pack their hi-tech cases to sniff out the freshest consumer gadgetry across the globe. With each of the 16 episodes set in different locations, they review latest and future technology – to give you an insight into tomorrow’s gadgets.

Starting with the first episode where Jason and Polyana reach the tech-filled streets of Japan to hang out with Honda’s Asimo robot, before shooting their own Japanese-style pop videos by testing the latest HD-camcorders. Followed by this, they use the latest 3D TV technology in the Mediterranean, test tablet computers in New York and tour Dubai on the lookout for the newest gadgets on the market, before returning to the UK to undertake their biggest consumer technology test yet.
The program which aimed at giving viewers an insight into the gadget world has got a lot in stored for its techie viewers. Increase your knowledge about latest gadgets only on Discovery Science.

How the series progresses in different locations across the globe:

Episode: Japan
Pollyanna and Jason also go gadget testing, shooting their own Japanese-style karaoke pop videos on HD camcorders. To assess the relative merits of the Panasonic HC X-900, Canon Ligria HF G10 and JVC Everioo GZ-GX1 they find some Japanese businessmen willing to sing along to the edited results in an authentic Karaoke bar. The Presenting pair meets up with Asimo – the amazingly advanced bi-pedal robot developed by Honda. They also attend a virtual pop concert – where the fans are all real, but the performers are computer generated. Next on their itinerary is a visit to a Kendo Dojo.

Episode: Mediterranean

Polly and Jasons quest begins several thousand feet above the Alps, jumping out of a plane to test the panoramic images produced by two 360 degree video cameras the Sony Bloggie 360 and the plain old iPhone4 augmented by a Go Pano Micro. Next, they take to the road to test-drive the new PSP Vita gaming console only to be interrupted by the YouTube sensation that is Rolla man or John Yves Blondeau as hes also known. To test the latest in 3DTV technology, the pair charters a state-of-the-art yacht and head for Monaco harbor.

Episode: USA West (California)

Jason and Pollyanna begin their US odyssey in Silicon Valley – probably the most valuable bit of gadget real estate on earth. This trip sees the team testing the performance of desktop computers on the very doorsteps of the companies which made them. The Sony Vaio VPCL22Z1E, the ASUS ET2700 INTS and the Apple iMac 27 all come under scrutiny. On the road to Los Angeles, the pair test the technology in two of the latest cutting-edge smart phones, the Nokia Lumia 800 and the Sony Experia S plus the weird and wonderful Neurosky Necomimi Cat Ears.

Episode: USA East (New York)

Jason and Pollyanna arrive in Manhattan on a mission to use the New York streets to test some of the most sought-after gadgets of 2012. They start with testing the latest Bluetooth headsets on the east river by doing some urban jet skiing, and thats not all. In the city that never sleeps, and survives on caffeine, they get the verdict from native New Yorkers on three of the latest coffee capsule machines the Dolce Gusto Circlo, the Tasimo T65 and the Delonghi Latismma. Finally, the biggest test of all. The iPad 3 goes head-to-head with the Kindle Fire in the Green Hat Challenge an against-the-clock treasure hunt around New York City, using only a tablet or smart phone as the interface.

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E20-007 Data Science And Big Data Analytics Exam

The course makes you to become a qualified EMC Confirmed Master Data Researcher Affiliate (EMCDSA) and determines a powerful groundwork that can be improved by further training and real-world encounters.

This examination E20-007: Data Science and Big Data Analytics concentrates on the exercise of information research, the part of the Data Researcher, the main stages of the Data Analytics Lifecycle, assessing and discovering information with R, research for design developing and assessment, the concept and techniques of innovative research and mathematical modeling, the technological innovation and resources that can be used for innovative research, functionalizing an research venture, and information creation techniques. Effective applicants will accomplish the EMC Confirmed Master Data Science Affiliate certification.

EMC provides free exercise assessments to assess your knowledge in preparing for the examination.

Practice assessments allow you to become acquainted with the subjects and question types you will find on the proctored examination. Your outcomes on an exercise analyze offer one sign of how prepared you are for the proctored examination and can emphasize subjects on which you need to study and practice further. A moving ranking on the exercise analyze does not assurance a moving ranking on the qualifications examination.

Become a Data Researcher to release the power of Big Data Analytics
The Data Science and Big Data Analytics (DSBDA) course provides a hands-on practitioners strategy to the techniques and resources needed for assessing Big Data.

The course makes you to become a qualified EMC Confirmed Master Data Researcher Affiliate (EMCDSA) and determines a powerful groundwork that can be improved by further training and real-world encounters.
The Data Science and Big Data Analytics course and qualifications concentrates on principles and ideas appropriate to any technological innovation atmosphere and industry.

The course is designed for:

Business and information Masters looking to add big information research skills
Managers of company intellect, research, or big information groups
Database Masters looking to enhance their analytic skills
College graduate learners considering information science as a profession field
The course is designed to allow learners to:
Become an immediate factor on a information science team
Assist reframing a company task as a research challenge
Deploy an arranged lifecycle strategy to information research problems

Apply appropriate analytic techniques and resources to assess big data

Tell a powerful tale with the information to drive company action
Use free resources such as R, Hadoop, and Po
stgres
Prepare for EMC Confirmed Master Data Science Affiliate (EMCDSA) certification
Exam Topics

Topics likely to be protected on this examination include:
Big Data Analytics and the Data Researcher Role
You will of Big Data

The exercise of research

The part and needed abilities of a Data Researcher
Data Analytics Lifecycle
Development

Data preparing
Model preparing and developing

Interacting outcomes
Functionalizing a information research venture
Initial Research of the Data

Using basic R orders to assess information

Using mathematical actions and creation to understand information
The concept, process, and analysis of outcomes to assess a design
Advanced Analytics for Big Data Theory and Methods
K-means clustering

Organization guidelines
Straight line regression

Nave Bayesian classifiers

Decision plants
Time Sequence Research
Written text Analytics

Advanced Analytics for Big Data Science and Tools
MapReduce

Hadoop Environments
SQL OLAP plug-ins, Windows features, user described features, and aggregates
MADlib

Functionalizing an Analytics Project and Data Visualization Techniques
Best techniques for functionalizing a research venture
Best techniques for preparing and creating effective information visualizations

Types Of Forensic Science

Forensic science or forensics applies to the broad spectrum of science, to answer questions of interest to a legal system. This may be in relation to a crime or a civil action. The word forensic comes from the Latin adjective forensis, meaning “of or before the forum”. Forensic science goes back a long way in history, in Roman times a criminal charge meant presenting the case before a group of public individuals in the forum. Both the person accused of the crime and the accuser would give speeches based on their side of the story. The individual with the best argument and delivery would determine the outcome of the case. This origin is the source of the two modern usages of the word forensic – as a form of legal evidence and as a category of public presentation. In simple words, one can say the application of science to the law is known as forensic science.

Who are forensic scientists?

A forensic scientist is a person who examines physical evidence and then testifies the results in court. Today’s forensic scientists have the help of Hi-Fi technology to help them solve cases easily. Their job mostly involves searching and examining physical traces, that may be useful for determining whether a person has some kind of association to the committed crime or not. These traces often include hair, saliva, blood, and may also be other evidence such as glass, clothing, footwear etc. Forensic scientists also need to analyze drugs, poisonous and toxic substances. Others specialize in explosives, firearms, or documents whose authenticity is challenged. They basically need to present their findings or opinions in a written format, as a formal state of evidence. On some rare cases they are required to attend the court personally for questioning.

Forensic science of today covers some very important topics such as;

1.Modern computer/clay facial reconstructing
2.DNA fingerprinting
3.Autopsy related techniques
4.Forensic anthropology
5.Pathology techniques
6.Firearms and ammunition techniques, etc.

Criminalistics:
The terms criminalistics and forensic science are often used interchangeably. It is defined as that profession and scientific discipline directed to the recognition, identification, individualization, and evaluation of physical evidence by application of the physical and natural sciences to law-science matters. Criminalistics is the application of various sciences to answer questions relating to examination and comparison of biological evidence, trace evidence, impression evidence (such as fingerprints, shoeprints, and tire tracks), controlled substances, firearms, and other evidence involved in criminal investigations.

Types of Forensic Science
There are almost 14 subdivisions in forensic science, some are listed below

Toxicology

It is basically the study of harmful effects of chemicals and drugs in a living organism. It is studying in detail about the symptoms, mechanism, detection, and treatment. It deals in specific with poisoning of people.

Forensic Accounting

These accountants use their skills to investigate issues related to bankruptcy, embezzlement, money laundering etc. Some may specialize in insurance claims, fraud, construction, etc.

Wildlife Forensics

This is relatively new in the field of criminal investigation. Here scientific procedures are used to investigate, examine and compare the crime scene; the victim usually being an animal. Other crimes against wildlife include buying and selling of protected animals and products made from them, poaching, etc also come under wildlife forensics .

Forensic Art

It is an art used for identification and conviction of wanted persons. They are also made use of to find missing people, by making facial reconstruction and identifying the person dead or alive.

Forensic Engineering

This is the investigation of products, materials, etc that have caused damage, they aid in finding out a criminal intent. Forensic engineers deal with issues such as explosions, cause of a fire, how accidents have occurred, etc.

Forensic Pathology

It is a branch of pathology that determines the cause of death by examining a corpse. Usually an autopsy is performed on request to know what has exactly caused the death. Forensic pathologists are often asked to identify a corpse.

Science of Success – Achievement

When I was younger and still nave I had big dreams and always thought of having anything I wanted and being anything I wanted to be, however just like many other people from all walks of life I was told you can’t do this or you can’t do that, basically being told that I can not be a success.

I just needed to get a job and work hard, basically going along with the herd. Fact is I was already a success in my own little way at that time and as I am now even a bigger success in my own right today and I will always be a success in one form or the other.

I guess in a way hearing that I couldn’t do this or couldn’t do that was the motivation that I needed to push me to excel in whatever is was that I tried to do and not give up when obstacles appeared in my path. Achievement at no matter what I was attempting was always my ultimate goal.

As I grew older and I like to think a lot wiser I sought out self help books, cd’s, dvd’s, and listened to motivational speakers to work on my own personal development because I knew that I had to learn self motivation to push myself when times got difficult and setbacks occurred because they will occur its those times you have to push harder to overcome them.

Some of the greatest achievements throughout history happened usually shortly after the biggest setback had occurred as well as many individuals dreams cut short because people gave up too soon when the obstacles appeared to big to overcome and these people learn later to their dismay if they would have only stayed the course a little while longer they would have succeeded. That is why it is so important to not give up during those times.

That is why it’s important to seek out those that are having the kind of success that you wish to have and take inspiration from that to acquire it for yourself as well.

Success is different for everyone and everyone reaches it in different ways but overall there are common denominators to people that achieve success and those that do not.

Growing up I am sure you heard just like I did, work hard and you will be success. Well there are many people that work extremely hard and they do not have the success they wish and are struggling to make it day to day. If hard work brought success and wealth we all wish to have then everyone that did hard physical manual labor would be rich. It is just not so.

Fact is that being successful is not about doing certain things, it’s about doing things in a certain way. There is a science to success. Here quick list of the common denominators of successful people.

1. Taking Action

2. Passion and Desire

3. Discomfort. I am not talking pain here but they are able to leave their comfort zone and be uncomfortable, they push through their weaknesses and overcome.

4. Vision

5. Decision Makers

6. Control Emotions

7. Consistent

8. Logical

9. Practical

10. Talent

Now go back and read that list again and pay particular attention to the first common denominator because without doing it, all the rest are useless.

Sports Science Fair Projects

When students think of all the topics they could choose for their projects at the science fair, most would consider biology, environmental issues, chemistry, physics and related ideas. Most students would be surprised to learn that they have a common interest with the other students who are out on the football field! The basketball and baseball players also have things in common with the students who participate in science fairs. This commonality is sports science fair projects. While the two topics seem unrelated, nothing could be further from the truth. The fact is that everything we do and everything we see, touch, smell, taste and hear has a scientific component to it. Science is literally everywhere you look including in the world of sports. Sports science fair projects are increasing in numbers as students are exposed to the fact that sports itself is a science.

Sports science fair projects are the perfect topic for those students who either participate in organized sports or simply enjoy some type of physical activity. Sports science fair projects are not limited to the team sports arena and can be applied to individual activities. Some of these topics include gymnastics, swimming, track and field, and even the martial arts. Sports science fair projects can be conducted on the science of hiking, bicycling and even skydiving. There is no sporting activity that a student can think of that would not lend itself to being a topic for sports science fair projects.

Students who are devoted athletes often choose this as a major in college. They then proceed on with their education to post graduate work in kinesiology. This is the study of movement as it applies to the human body, and it is a popular topic for sports science fair projects. After all, every sporting activity involves the movement of the human body in some manner. These sports science fair projects are a perfect fit for examining the intricacies of kinesiology. Students also can use their sports science fair projects to study physical rehabilitation. This is a biologically based study that fits perfectly with this particular science topic. The fields of biology and chemistry are both applicable to every sport in some form or fashion, which gives the students a very wide range of topics to choose for their sports science fair projects.