Information Technology Blog

Posts Tagged ‘Technology’

For the last 100  years in automotive history, automobiles have used moving wipers to mechanically clean their windshield. Now there is a breakthrough Italian technology that could make noncurrent the windshield wiper.  

The Italian design home of Fioravanti, celebrates its 20th anniversary with the design of a automobile which does not need conventional wipers.

The car: Fioravanti Hidra uses nanotechnology to keep its windshield clean without wipers.  

How does it work?  

The windshield is prefabricated  of a special glass with four high-tech layers that change the characteristics of  glass at the molecular level.   The  car, dubbed Hidra, uses a special aerodynamic design along with four sophisticated surface treatments to the windshield to keep the driver’s view clear. The first treatment filters the sun and  repels water. The second is prefabricated of nano-dust which is  able to near dirt to the edges of the glass. This dust is activated by the third layer,  which senses dirt and activates the second layer as necessary. Finally, it’s all topped off by the fourth  layer which is a conductor of electricity to power the whole  mechanism. Already working  today, this technology will be part of production automobiles in five  years!  The  car, dubbed Hidra, uses a special aerodynamic design along with four sophisticated surface treatments to the windshield to keep the driver’s view clear. The first treatment filters the sun and  repels water. The second is prefabricated of nano-dust which is  able to near dirt to the edges of the glass. This dust is activated by the third layer,  which senses dirt and activates the second layer as necessary. Finally, it’s all topped off by the fourth  layer which is a conductor of electricity to power the whole  mechanism. Already working  today, this technology will be part of production automobiles in five  years!

The Fioravanti Hidra is a concept car. It is a 5-door, 4 passenger multi-purpose coupè.   It aims to also showcase next-generation substitute energy powertrains and flexible car architectures.   The Hidra will be demonstrated at the 2008 Geneva Motor Show.  It aims to also showcase next-generation substitute energy powertrains and flexible car architectures.   The Hidra will be demonstrated at the 2008 Geneva Motor Show.

The owner-designer of the design home is an ex-Pininfarina employee called Leonardo  Fioravanti.   Leonardo at one time, designed the Ferrari Daytona, Ferrari Dino, Ferrari 512 Berlinetta Boxer, the Ferrari 308 GTB, and the Ferrari 288 GTO under the flag of Pininfarina. 

Advancements in technologies, such as the personal and the Internet, have definitely prefabricated our lives easier. Overtime, they have also become a means of earning a higher education, most especially to the middle-aged individuals who wish to continue their education to be healthy to compete with the demands in the workforce, but who do not have the luxury of time and money. This method of learning is called online education or distance learning. As a matter of fact, nowadays, there are numerous technology-based online colleges offering a wide selection of courses for a much cheaper cost.

The consistent developments in technology have paved the way for education so that getting a college degree isn’t as costly as it once was. This is one of major reasons why more and more students are choosing to get an online education.

Some might argue that while online education might be cheap, it has a lower calibre compared to that of regular campuses. This is definitely as misconception. The calibre of education that distance learning provides has the same standards, if not better. Also, online education is more convenient because it grants students to attend their classes, anytime and anywhere. All they need is a personal or laptop and an World wide web connection. This means that education can be enjoyed together with business trips or overtime jobs or even babysitting. Generally, working adults largely benefit in this set-up. These are some of the reasons why an increasing number of people opt for distance learning over the traditional classroom setting.

Just like in any other regular university, graduating with an online degree course requires self-discipline and commitment. Students need to have consistent study and time management in order to learn. They are presented with an opportunity of acquiring knowledge and enhancing their skills in their own pace while gaining professional experiences at the same time.

Online education instructs one how to be more responsible when it comes to time, workload and initiative in learning. With this in mind, undertaking an advanced knowledge and skill program based on the students’ interests is a really wise move to make. Being an expert in multi-tasking, the students will have a maximum advantage to others.

More people are realizing the advantages of getting an online education. It is fortunate that there are many online colleges to select from which help boost their careers and their opportunities for a superior life.

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Compliance fines are a curse for your company and suppliers. Technological advances have a new way to interact with various suppliers to the legal stipulations and fines less of a problem needs. Status quo for this process was a delivery schedule and the rest in the hands of the seller. If they are not on deadline, they get punished. In some cases, the seller is not reliable, but most of the time the guidelines are unclear, difficult to follow, or not designed well in the plans themselves. This is not to blame. Supplier and the two companies have many things at once. They do not like missing deadlines, as it impacts their business as well. The fines are a problem for them, like a huge hassle for you. After apiece submission and determine if the seller meets the specific compliance stipulations take time and work full time. Someone must be aware of the guidelines to follow each game, in cooperation with the suppliers, and deal with penalties for non-compliance by suppliers. The technology can be used to simplify the process by eliminating the sanctions compliance.

The use of software to the needs of retail suppliers to comply

Compliance Provider detail is a huge task. Why not the tools you have to make the process easier for all concerned? Transport software is an effective way of managing the supplier compliance and eliminate the cost of compliance. All rules are programmed into the software. This is an advantage in itself because it simple to reach should not be read by and might be updated or changed at any time. The application uses these rules to wage a more efficient bourgeois to select and regulatory compliance. Delivery dates are set and selected the most appropriate suppliers for the ideal results. Card can be significantly improved. Your company and employees from the acquisition of the situation and not of unknown facts and information are limited. Many companies take the next step of the supplier compliance with the performance of the transport software as part of their sea and sellers. Data integrity is change one of the many reasons for this widespread. A company needs reliable information on the most profitable decisions. Your company can acquire this freedom and conformity with the aid of technology.

If you have problems to acquire control with respect to suppliers and fines are annoying, you can keep up with this software, the overview of this very important business processes. Due to follow these stipulations clearer and easier, reducing the penalties for compliance with suppliers. You know exactly what regulations and what needs to be done to respond to your business. More consistency with shipping, reliable figures on inventories, shipping and cheaper additional benefits your company can get traffic assistance programs. With tiny or no cost to your business, shipping and marketing flexible, reliable and very easy. With the right software, compliance issues and fines can be a problem in the past for your individualized and business.

Blood Technology

Homeostasis is the process of maintaining a constant internal balance. The cell metabolism can only work if the internal environment is stable, but materials are constantly needed and wastes are produced. They threaten to disrupt the body’s balance. Carbon dioxide from respiration, in particular must be swiftly removed, or if it accumulates, it will upset the body’s acid-base balance. The blood is the main transport system of the body, and in humans, the pH is generally around 7.36-7.44.

Measuring the ph and amount of gases in the blood helps physicians find the diagnosis for their patients while monitoring them in the hospital. Blood gas analysis is most helpful when patients are under anaesthetic operations, in intensive care, in happening and emergency facilities, or for premature new born babies.

Eg, if there is excess carbon dioxide in the lungs of a patient the rate of ventilation can be increased to get rid of it before it infects the body.

Recent advances in biotechnology have resulted in the creation of Biosensors, which have prefabricated analysing blood faster and more efficient. A Sensor is a device that translates a physical or chemical property into an electrical signal that can be measured. They key component is the transducer or signal- converting elements which converts the property measured into a signal.

A biosensor is a device with a transducer and a bioreceptor, one that usually recognises specific biochemical molecules. it reacts specifically with the substance to be detected and the transducer, which might be electrochemical, optical or thermal, converts the biochemical signal into an electrical signal.

Pulse Oximeters

When oxygen combines with haemoglobin, it forms oxyhaemoglobin. The colour of the blood changes from bright red to dark red, when the blood is unsaturated. In the olden times, physicians relied on the attending of how blue the skin on the patient was to see if they were getting enough oxygen. The development of oximeters commenced in the 1930’s and 1940’s, but the first was not prefabricated until 1975.

They measure the amount of oxygen in the arterial blood, that is the blood being pumped form the heart to the body.

Light from two light-emitting diodes is passed through one of the extremities of the body, usually a finger, so the amount of light energy can be collected by a photodetector. The light energy varies depending on the level of oxygenation of the haemoprotein in the blood.

Two diodes are commonly used, one emitting red light, one infrared. There is a massive difference in the amount of red light absorbed by oxyhaemoglobin, compared to haemoglobin. The measurements are processed by the electronic component of the oximeter.

Light emitting diodes are semi colour diodes that emit infrared or visible light when charged with electric current. They are used in many electronic devices, including Tv remotes and cameras for automatic focusing.

Arterial blood gas (ABG) analysis

Most arterial blood gas analysers use electrochemical methods of analysis, including of pH, partial pressure of oxygen, and partial pressure of carbon dioxide in arterial blood.

Measuring pH

The pH sensor is often a glass electrode, which contains a solution of a known pH. When the sensor is put in a solution of an unknown pH, the difference between the two solutions can be compared, and the pH of the unknown solution can be calculated.

Measuring oxygen

The Clark oxygen sensor was the first blood sensor, invented in 1953. It is still used in improved forms today. Oxygen from the sample diffuses through a gas-permeable membrane where it causes an electrochemical reaction with the sensor and an electric current is generated. The amount of current generated is proportional to the concentration of oxygen in the sample. It is measured and reported.

Measuring Carbon Dioxide

Most carbon dioxide sensors are based on the 1965 design by Severinghaus. The sensor detects pH changes in a small volume of bicarbonate solution separated from the sample by a gas-permeable membrane. As carbon dioxide crosses the membrane, carbon dioxide adds with water to form carbonic acid, in turn, hydrogen ions and hydrogen bicarbonate ions. Any change in hydrogen ion concentration changes the pH, measured by the internal pH sensor.

Modern blood gas analysis machines combine all three types of sensor, and range from work machines where many blood types can be processed to miniaturised sensors that can be inserted in the patient.

A mammal needs oxygen so that it can respire, and the cells in its body can undergo respiration. This process provides energy to the body, keeping the mammal alive.

Carbon dioxide must be excreted.

If Carbon dioxide builds up in the blood, it dissolves into the water of the plasm, then forms carbonic acid, which lowers the pH of the blood. This makes it more acidic, which eventually will upset the body’s acid-base balance, and might denature enzymes.

Describe the relationship between pH and carbon dioxide levels in the blood

If carbon dioxide levels are too high in the blood, it becomes more acidic, lowering the pH.

Oxygen in the blood can be analysed using 2 different technologies: optical or electrochemical. Outline what apiece technology measures in order to report the blood oxygen level.

Pulse oximeters use infrared and red light to measure the amount of oxygen in arterial blood. The lights are passed through an extremity, and two diodes are used. there is a massive difference in the amount of red light absorbed by oxyhaemoglobin compared to haemoglobin.

The arterial blood gas analysis measures the pH, oxygen and carbon dioxide in the blood.

In the example given, how did blood gas analysis help the physician to diagnose what was wrong with the patient.

It gave the physician the man’s, pH, the PCO2 level, and the oxygen level. With normalities in both pH and PCO2, and discrepancy in the oxygen level, the physician was healthy to deduce that the patient’s problem was not metabolic, but with gas exchange in the lungs. The X-ray of the lungs revealed a bacterial infection.

A) What biochemical process in cells produces carbon dioxide?

Respiration

B) What body process must have slowed down for carbon dioxide to accumulate?

The transportation of carbon dioxide out of the blood, and the excretion of it in the lungs must have slowed down.

C) What external symptoms of this process is the young man showing?

He must be breathing more rapidly trying to get the carbon dioxide out though his lungs.

The development of equipment to measure blood gases is relatively recent. What advances in biology stimulated the development in this area of technology?

A blood transfusion is a transfer of blood or any of its components to a recipient. The blood might come from a specific donor or from a blood bank. People might require transfusions during life threatening emergencies, where they have lost a lot of blood, or as a result of serious burns. There might also be a need for blood transfusions after a surgical operation so the blood supply can be increased. Sometimes people select to have their own blood drawn before a non- emergency operation to be then re-infused, rather than using donated blood. This might be due to the fact that they would not want another person’s blood, for they might be afraid it could contain diseases that have not been detected, or that their own blood would be safer to use.

The standard donation is 450ml and is tested for diseases, antibodies and it type. The blood collected might be stored as whole blood or split into components, all of the components are important, whole blood is only used in emergency blood losses. Saline solutions are sometimes used to increase the volume of the blood. Careful blood matching is important between donated blood and the receiver to ensure no adverse reactions occur.

Donated blood is broken down into the following components:

Red Blood cells:

This is used to increase the amount of oxygen carried around a person’s body tissues, it is usually given to those who have lost a lot of blood, usually in accidents or operations, or due to haemorrhaging. It is also given to people with anaemia, or whose bone marrow is no longer producing enough healthy red blood cells.

Platelets:

Are essential for blood clotting, when the skin is broken, or people have cancer of the blood or bone marrow, or lymph such as leukaemia. Patients undergoing cancer treatments do not make enough blood platelets and are given platelets extracted from donated blood.

Plasma:

The liquid portion of the blood contains clotting factors (and immunoglobins). Plasma is used to treat people with blood clotting disorders such as haemophilia, it also is used to adjust the osmotic pressure of blood, to help pull fluid out of tissue when necessary.

Immunoglobulins (also called gamma globulins, immune serum and antibodies)

These are an infection fighting parts of blood plasma. They are used to treat people who have difficulty fighting infections and whose immune systems are not working normally because of diseases such as AIDS.

White blood cells:

Another infection fighting component of the blood, only used occasionally to treat life-threatening infections when the white blood cell count is very low or the white blood cell are not working properly. Most of the time antibiotics are used rather than giving a white blood cell transfusion.

Whole blood is only used when a mortal has lost more than 20% blood volume, or when a particular component is not available. It is given to people who have lost a lot of blood through happening or operations to restore blood volume.

The kidneys perform many essential functions, the loss of these functions results in retention of urea and acids in the blood, water and salt imbalance, as well as modified blood pressure. Individuals can only live for 2 weeks with renal unfortunate without being treated. Kidney transplants are one of the most successful of surgical transplants.

Dialysis is a process that removes waste products from the blood. Acute dialysis is needed in emergency situations, when potassium levels are high, there is a fluid overload and pulmonary oedema- fluid accumulates in the lungs. it is also required if there is a need to remove medications or toxins from the blood.

Chronic Dialysis is needed for long term renal failure. With end-stage renal disease, less than 10 nephrons are functioning, which causes high blood ures levels, high levels or creatinine and electrolyte imbalances. People can survive for several years on dialysis before a kidney transplant becomes available.

Haemodialysis is the most common method of dialysis and uses dialysers or artificial kidneys. They rely on diffusion to remove excess water and ultrafiltration to remove water more efficiently under high pressure. The body’s buffer system, maintained by a dialysate is a solution of all the extracellular ions, such as bicarbonate and acetate. Heparin- an anticoagulant- is administered to stop blood clotting in the dialysis tubing. The blood flows through tubules that are surrounded by a dialysate, and waste removal occurs through the semipermeable membranes of the tubules. The fluid is prepared in the work in such a way that the molecules or ions that are essential to the body are present in the fluid at the same concentrations as in the blood. The molecules or ions that need to be released as waste are absent from the dialysis fluid (eg urea). Hence some processes that take place in the kidney do not occur in the dialysis machine. Filtration occurs in both the kidney and the dialysis unit, but reabsorption does not occur in dialysis.

Blood must travel though the organisation a number of times before adequate wastes have been removed. This usually takes from 4 to 6 hrs and must occur three times a week for a patient with no kidney function. Blood, from which wastes have been removed, is returned to the body through a vein and dialysis fluid is discarded.

Excretion in Marine Environment:

Many marine organisms have an internal salt concentration lower than that of the surrounding water, therefore they are adapted to reduce water loss and increase water intake in order to equilibrise the natural loss of water by osmosis. Bony fish, which have a skeleton of bone, unlike sharks and rays, which have a skeleton of cartilage, control and regulate their water content. These fish constantly drink salt water. They then excrete salt from their gills. These processes result in a net intake of water because the water lost in excretion is less that the water taken in by drinking. Overall, this net acquire of water balances the net loss of water by osmosis and the cell concentrations remain constant.

Fresh-water environment:

Freshwater fish excrete masses of extremely dilute urine and actively absorb salts form the surrounding water through their gills. In this way, they excrete water to equilibrise the water taken in by osmosis.

Depending on their environment, therefore, fish can either conserve water by excreting a concentrated urine (marine) or release water by excreting a dilute urine (fresh water).

Terrestrial mammals:

A terrestrial environment is much more variable than an aquatic environment. Compared with fish, the kidneys of mammals must respond to variable water loss and water gain.

A mammal loses water to the environment through the lungs and the skin, and gains it through water and food intake. This loss and acquire can vary depending on the external temperature, humidity, exercise pattern, availability of food and water. While mammals usually excrete urine that is more concentrated than body fluids, the concentration can vary depending on the equilibrise of water intake and water loss. In hot weather, water loss is high so the urine is more concentrated to conserve water. In cold weather water loss is low so more water is excreted and the urine is more dilute.

Ammonia is very toxic and must be removed immediately from the body, either by diffusion or in very dilute urine, like in freshwater fish.

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The present generation has seen the most tremendous change than ever.  Even in the last decade on one would have ever experience or thought of that after some 10-12 years even children would be using the personal as easily as an experienced engineers.  Life hasn’t been the same ever.  Technology has come to the resuce of the man apiece now and then.  Who will comprehend its importance then the one who needs it badly.  Our’s is becoming a global village.  The physical distance might not have changed; but communicationally talking we are not very far from apiece other.
But apiece coin has two sides, they say.  The current bomb explosions in Hydrabad (India) has shown it.  The bombs that did not explode were attached to a cell phone.  And when the caller calls the number and the mobile phone rings, yes that’s it.  The inhumane work is complete.  There have been many more examples in India itself where there have been explosions using the cell phone.  Not only that there have been instantces of using the cell phones for pornographic MMS s. How is then the technology used ?  World wide web is quite a handful when it comes to communication at low costs.  But yes, it too is used for all the dirty work whoever does it.  Here too pornography is at quite a rise.  When and how is all this going to stop.  Who is that one man we are all looking for who can create waves against all this dirt.  After all it depends on the holder of the gun to fire it at the terrorists or innocent people.
Its the soul’s call.  How should the technology be used!
The birth of a human is quite rare.  Why waste it killing and troubling people.  Technology is developed for the well being of the human.  Why detaste it ?

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Some of us can concur that our accounts or  passwords have been hacked at least once or even have suffered from indistinguishability theft. For educational purposes i have summarized eighteen U.S. laws that affect technology and society this day many of which you should be familiar with.

18 USC 1030 - Computer Fraud and Abuse (1954) Prohits gaining intentional access to fortified information without authorization. “Protected computers” are covered includes any personal used in interstate or foreign commerce.  Damages must exceed ,000.
18 USC 1029 - Credit Card Fraud - Charges an individual with a federal crime. Crime to possess 15 or more counterfeit credit cards does not have to exceed ,000 in damage. Attack on personal to acquire access to massive number of credit card numbers which he has no authorization is a violation of statute.
18 USC 2511 - Wiretap statute Interception - Outlaws the interception of telephone calls and other types of electronic communication and prevents police from using wiretaps without a warrant. Placing a “sniffer” violates the statute.
18 USC 2701 - Access to Electronic Information - Prohibits unlawful access to stored communications, but also prohibits preventing authorized users from accessing systems that store electronic communications. Owner of the service might access any file on the system. If an organization Is providing communications service any file can be accessed by authorized employees.
U.S. Patriot Act - Uniting and Strengthening USA by Providing Appropriate Tools Required to Intercept and Obstruct Terrorism Act of 2001 (10/26/01) - Introduced after sep 11 attacks. President George W. Bush. Altered wording to US Code 1030, US Code 3127- law enforcement acquire information from devices in addition to telephones & obtain trap and trace orders for devices in other districts. US Code 2511 and 2701-computer trespass exception and wage the telegram act fix.
Homeland Security - (11/25/02) -The primary mission of the Department is to prevent terrorist attacks within the United States, reduce the vulnerability of the United Says to terrorism, minimize the damage, and assist in the recovery, from terrorist attacks that do occur within the United States. Introduced after the september 11 attacks by President George W. Bush.
SOX - “Public Company Bookkeeping Reform and Investor Protection Act” or “Corporate and Auditing Accountability and Responsibility Act” OR Sarbanes–Oxley Act of 2002 (07/30/2002) Set after september 11 attacks by President George W. Bush. set new or enhanced standards for all U.S. public company boards, management and public bookkeeping firms.
FERPA - “Buckley Amendment” - Family Educational Rights and Privacy Act of 1974 (08/21/1974) Protects the privacy of student education records. The law applies to all schools that receive funds under an applicable program of the U.S. Department of Education.
HIPAA - Health Insurance Portability and Accountability Act (08/21/1996) Created after the september 11 attacks. Responsibility for creating and enforcing the standards for the endorsement of health information under the dept of health and human services. Standardization of patient health info., one-of-a-kind identifiers for individuals, security standards for protecting confidentiality and integrity.
AHRA - Audio Home Recording Act (10/28/1992) The act enabled the release of recordable digital formats such as Sony and Philips’ Digital Audio Tape without fear of contributory infringement lawsuit.
DMCA - Digital Millennium Copyright Act (10/28/1998) It criminalizes production and dissemination of technology, devices, or services intended to circumvent measures that control access to copyrighted works. President Bill Clinton18 USC 2319 - Copyrights - Defines the criminal punishments for copyright violations where an individual is found to be reproducing or distributing copyrighted material where at least 10 duplicates have been prefabricated of 1 or more works.
COPPA - Children’s Online Privacy Protection Act of 1998 - Websites that are collecting information from kids under the age of thirteen are required to comply with Federal Trade Commission ( FTC ).
CANSPAM - Controlling the Assault of Non-Solicited Pornography And Marketing Act (11/25/2003) - establishes the United States’ first national standards for the sending of commercial e-mail and requires the Federal Trade Commission (FTC) to enforce its provisions.
CALEA - Communications Assistance for Law Enforcement Act (1994)an act by the US Congress to assist wiretapping of U.S. domestic telephone and World wide web traffic.
NET- No Electronic Theft (1997) Criminal prosecution of individuals who engage in copyright infringement
CPA - Communications Privacy Act (10/21/1986) Extend government restrictions on wire taps to include electronic data by computer.
GLB - Graham-Leach-Biley Financial Services Modernization Act (GLBA) (11/12/1999) Protects private information of customers. Prohibits financial organization from disclosing a customer’s private info unless the org has disclosed that this might occur and given a customer the chance to opt of the disclosure.

Related Technology Articles

In the last few years people have blamed technology for eliminating jobs and there is some truth to that statement. There are a lot of jobs that a organisation can do superior and more efficient than we as humans can do. If we use this to our advantage, we can become more creative with our thinking process which is something machines and personal don’t really do superior than us; and that is reasoning, discernment and real thinking. 

For years businesses had to decide whether to upgrade to more technology that supposedly one day would save the company money by eliminating the fag intensive work that an individual was doing. The problem with this process was that the new personal or software or any organisation that you ordered; did not work right from the get go and in essence would cause you more fag to get it up and running properly. I remember many times of software upgrades where we were promised by apiece software distributor that the bugs were all fixed and they can guarantee no problems with implementation what so ever; only to find out 6 months and even years later that the bugs never really were fixed. 

Another problem that has come up in the “upgrade technology” frontier is that some people concurred and went all out with the new way of doing things and other people balked and drug their heals. I have seen people in offices hide their work from the boss because they were using the old calculator on the desk and/or just adding and subtracting by hand to get to enter the numbers into the computers. Once each office and home had a personal or several personal these people had to get on the bandwagon. 

There are always going to be jobs that people have to do, such as attending to the technology of personal and machines, etc. I would much rather press buttons on my phone now and not hear a customer service representative who really is just reading from a script and does not have any intent of what a mortal is calling about. I would sincerely like a personal program figure out my numbers on a spreadsheet, colors for my dining room, addresses for my email and mailings, etc. this kind of mundane regular grind work is much superior left to a machine. But when I go to the doctor, or visit a five star restaurant or a concierge; there really has to be the human element in the transaction.

SUPERMATH, a new analytics conference ( http://www.supermathconference.com ) slated for November 10 at the Del Mar Marriott, features demonstrations of slicing edge technologies and keynotes by national analytics thought leaders for a day of agitating presentations and futuristic insights designed to inspire, educate and promote collaborations.

A public expo of cutting-edge analytics technologies, bioinformatics, business intelligence and practical applications in each day life will be showcased in four industry “neighborhoods” – Risk, Security and Fraud; Healthcare and Medicine; Media, Marketing and Social Networks, and Energy, Infrastructure and Clean Tech.

Among the 20 technologies to be demonstrated are:

SPAWAR (ship and fire finding and mapping) — The RAPid Image Exploitation Resource (RAPIER) uses advanced image algorithms to detect, classify and map ships and refer and map fires using high-resolution satellite imagery. It is a valuable tool for first responders, disaster response coordinators, maritime law enforcement, and port authorities.

SANDAG (traffic optimization/management) — Demonstrates how traffic simulation works in conjunction with an million allow received to implement Integrated Corridor Management (ICM) to study the operation of the I-15 freeway corridor as a single multi-model system as opposed to separate assets. Shows how simulation can impact planning a region’s infrastructure decisions, and how information is leveraged in optimizing roadway operations and policy-making.

UCSD LISA (driver prediction system) — The Laboratory for Intelligent and Safe Vehicles (LISA) explores innovative approaches to making future cars safer and “intelligent.” Its research thinks about issues in sensing, analysis, modeling, and prediction of parameters associated with drivers, occupants, car dynamics and car surroundings. LISA will exhibit current advances in predicting driver behaviors and intentions. In collaboration with automakers Volkswagen and Nissan, LISA has implemented a next-generation Driver Assistance System.

SmartDrive (driver country analysis) — The SmartDrive Safety system uses in-vehicle recorders to capture video, audio and car data to examine driver behavior for fleet vehicles. Advanced algorithms model and predict driving behavior, enabling companies to indistinguishability and coach the drivers most at-risk for a collision or adverse event.

“We are very excited to be showcasing many of the new and innovative analytics applications being developed in the San Diego region,” stated Conference Chair Tom Clancy, a director of the San Diego Software Industry Council (SDSIC) and Managing Director at Tao Venture Partners. “These applications are being used to examine and optimize everything from traffic flow and roadway operations to work research and wildfire burn rates and directions. San Diego is prolific in producing slicing edge research, analytics innovations and talented teams. This conference brings that story to a wider audience. It is designed to educate business and the general public about the significant roles and possibilities analytics present for creating a healthier, safer and more efficient world.”

Conference keynote speakers include: energy-policy analyst, transport economist and environmental activist Charles Komanoff, recently featured in Wired magazine; Cheryl Max, Director, Functional Capabilities, World Wide Demand Programs, IBM; Dr. Eric Topol, a pioneer in advancing individualized and wireless medicine; and Pamela Scanlon, Executive Director of San Diego’s Automated Regional Justice Information System (ARJIS). Others include Michael Victoroff, M.D., Chief Medical Officer for Parity Computing; Amy Chui, Vice-president of Risk Analysis and Management at Sempra Energy, and Revathi Subramanian, Director of Research & Development with the SAS Institute, Inc.

Bob Slapin, Executive Director of the SDSIC which is organizing the conference, said, “Software analytics companies have multiplied and evolved to create a nationally significant cluster in San Diego. More than 100 analytics firms call San Diego home – small, medium and large. And this doesn’t count the numerous additional companies using analytics as an integral part of their on-going operations. Analytics is an astonishing source of good-paying jobs for our region and the nation, and it continues to grow rapidly.”

ABOUT THE SAN DIEGO SOFTWARE INDUSTRY COUNCIL

SDSIC is one of San Diego’s oldest and largest trade organizations for regional software companies, related technologies and services. The Council supports the entrepreneurial spirit within the local software and IT industry by providing a forum for the exchange of ideas, business intelligence ( http://www.supermathconference.com ), bioinformatics, sharing of resources and promotion of industry goals. More information about SUPERMATH can be found at http://www.supermathconference.com .

For additional information: metropolis Davis 619-770-7605

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Is laziness by adults in the society the cause of obesity? Are we all a bunch of lethargic sofa potatoes who do nothing but sit and take all the time? I state no. Instead, we are the product of our revolutionary, technological society. I’m not saying we can blame technology, rather I would state that our young adults are also a reflection of the society around them. This is not an excuse, but it is an intent I thought based on my typical day.
I get up in the morning, not by the sound of a buzz, nor by beeps or blaring from the radio. These alarms would have my blood running from the start, but I hit Snooze to stop the madness. Then it happens again and again, snooze bar. After a couple of times, I’d be late for work, rushed to the shower if I even had time, to rush to the automobile and speed to work. Not in today’s world. Instead, I wake to the soothing sound of the sea on my broadcasting slowly and quietly to wake me up. No blood pumping, no increase in heart rate. I have a nice and slow, easy awakening. Then I head to the shower and place my shower CD player and listen to something I like when I take my time to take my bath.
During this brief period of dressing up, I can hear my coffee in the coffee organisation is programmed to make me a cup each morning with me not having to do something. As I sit and drink my coffee pondering the day ahead of me, I realize that time had gone, so I gently near a button on the key that starts my automobile and warm for me before I even get there. Then I make my way to my car, enter, and drive off peacefully to work. (except in cases of unforeseen rage.) Not like before when I had to run to my car.
Once at work I checked my PDA and see what is on my agenda for the day. Not turning the pages of my pocket calendar or planner. My day job is easy and uncomplicated, but instead of having to run back and forth to the office and receive messages, can now only send an email with the international press of a button. When it is time to leave, I returned to begin my automobile to my office and home.
Upon arrival at home, I settle for microwave dinner does not need to be crushed, cut, mixed, kneaded, poked, or prodded. At the press of a button, and five minutes later, I sit in front of the television to watch programs recorded on my cable, digital recorder, and five minutes to eat, meal nuked. Would have done this before? The answer is no, because I had been physically cooking something to eat, and there would be no television show worth watching, so I like to take and go for something like construction work, cleaning, playing with kids at any moment, just something else to fill the time. Oh, while I ate, I got some crumbs dropped on the floor on the way back to the kitchen. Well, I just press a button on my robot vacuum cleaner and let it clean the entire floor, because it is pre-programmed to do so.
Finally, my day is coming to an end and, instead of actually doing something constructive before going to bed, I can't resist the urge to surf the World wide web for a while, maybe chat with friends or relatives, and check the e-mail. And I have to connect my PDA to the personal anyway. Now my lazy or technological dysfunctional day is ove

With technology progressing as fast as it is at the present, it is a wonder we do not have a new mass-marketed gadget appearing each few minutes. Personal computers, once predicted to be owned by a mere handful of individuals, are everywhere nowadays. If you are a student a individualized individualized is virtually a necessity. Accompanying the ever-increasing popularity of the individualized individualized is a plethora of gadgets and technological advancements. Though it might not be each few minutes, it seems as though each couple of months we hear about a individualized with more storage space or a new device that one can connect to their computer.

Some devices that appear on the market are either absolutely superfluous or not so accessible to the entirety of the population, whether it is because of their cost or their limited supply. The pricey devices are reserved to those who can afford them, until some new gadget replaces them and the price of these machines decreases, much like any new technology that appears on the market. Those gadgets, which are unnecessary, are not overly practical and the market for these creations is comprised mainly of those with an affinity for such devices. Inventions like webcams, while they are certainly fun to play with, are essentially unnecessary as they have no bearing on the actual operation of the individualized and are used largely for leisure individualized activities.

The more purposeful advancements in individualized technology revolve around those, which increase the individualized capability to manage certain tasks and those, which increase the storage space of the computer. Many individualized individualized owners find themselves craving more space to store songs or various other files and often wishing that their individualized were faster. Though many individualized produced this day have a excessive storage space, that is, it is almost impossible to fill a individualized individualized to capacity, these types of advancements permit a much speedier and more efficient functioning computer.

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