Related Items: Facebook Twitter Google+LinkedInPinterestWhatsApp#Bahamas, January 22, 2018 – Nassau – Jones Communications Network (JCN) honoured Prime Minister, Dr. the Hon. Hubert A. Minnis as the 2017 ‘Person of The Year’ on Friday evening, January 19, 2018 at JCN.Pictured is the Prime Minister, right, accepting the award from CEO of JCN, Wendall Jones. In the audience are Cabinet Ministers, family, and friends who attended to share in the special evening.(Photos/Yontalay Bowe, OPM Media Services) Facebook Twitter Google+LinkedInPinterestWhatsApp
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Now playing: Watch this: More From Roadshow 42 Photos Porsche 2019 Chevy Malibu review: Swing and a miss 19 Photos 2020 Hyundai Palisade review: Posh enough to make Genesis jealous 0 Enlarge ImageFor a few moments, the Taycan will put down over 700 horsepower. Yowza.By this time next week, we’ll finally have seen Porsche’s long-awaited Taycan electric sedan. Ahead of time, there are new details still spilling out about the electric car, and this tidbit is one for the power-hungry driver.Per a drive preview from Autocar, the range-topping Porsche Taycan supposedly sports an overboost function that will help the car produce over 700 horsepower for a period of time. That’s Dodge Challenger Hellcat territory, minus any engine emissions. Reportedly, this range-topping car will be split into Taycan Turbo and Taycan Turbo S designations — a goofy nomenclature considering there are no turbos onboard, but I digress.The overboost function activates for 2.5 seconds to unlock 700-plus horsepower and supposedly helps send the electric car from 0 to 60 mph in under 3 seconds. Porsche has long been keen to point out the Taycan will absolutely house the company’s spirit and performance, and so far, the German marque appears to be delivering.It’s likely the overboost function played a key part in the car’s 7:42 Nurburgring Nordschleife run. While the lap time didn’t set any overall lap records, it is the fastest four-door electric car around the 12.8-mile circuit. Porsche also showcased the fact its upcoming electric sedan can go from 0 to 124 mph and back in just 10 seconds — multiple times in a testament to the battery-electric powertrain’s grunt.Without the overboost, we’re likely looking at around 600 hp for the range-topping Taycan along with a 300-mile range. Expect other models to fill the lineup with less performance and shorter ranges. We’ll have the full details when Porsche is ready to show the car off in September. Tags Porsche Taycan on ice in Sweden 2020 BMW M340i review: A dash of M makes everything better Post a comment Now playing: Watch this: Electric Cars Performance Cars 2019 Chevy Malibu review: Swing and a miss Share your voice 1:29 Ice drifting in Porsche’s all-electric Taycan More From Roadshow Share your voice Goodyear Oxygene is a living, connected tire 2020 BMW M340i review: A dash of M makes everything better Electric Cars Auto Tech 2020 Hyundai Palisade review: Posh enough to make Genesis jealous Porsche,Sono calls the moss-filled dash BreSono and uses it to filter incoming air. Sono Typically, if you had moss in the interior of your car, that would be considered a bad thing. That’s not necessarily the case for this small, solar-powered electric vehicle from German startup Sono.The Sono Sion uses the moss, which is covered with a transparent panel, thankfully, and according to a report Thursday by Electrek, it’s part of the Sion’s cabin air filtering system. Unlike the moss inside Goodyear’s Oxygene tire concept, this moss has kicked the proverbial bucket, but because of its structure, it’s still a good filter.The Sion was conceived as a low-cost EV and debuted back in March with a 35 kilowatt-hour battery and a body covered in solar panels, but this is the first we’re seeing of its interior. The rest of the passenger cabin is pretty sparse, with a small digital instrument binnacle in front of the driver and a Tesla Model 3-like central screen sprouting from the dash.Enlarge ImageIn addition to the mossy dash, the Sono Sion is slathered in solar panels to help keep its 35 kWh battery topped up. Sono The Sion was initially marketed for the low, low price of $18,000 but — and this might be a little shocking (pun intended) — the battery pack costs extra. That is estimated to cost an additional $10,500 if bought outright, or there would be a monthly fee. I know that sounds weird, but it’s not unheard of in Europe — the Renault Zoe is sold this way.It’s unlikely that we’ll ever see the Sono Sion on our roads here in the US, but the company says it should enter production for Europe sometime in the latter half of 2020. Goodyear’s Oxygene tire is actually alive 0 Tags 5:27 Post a comment
Foreign minister Abul Hassan Mahmood Ali briefs newsmen about prime minister Sheikh Hasina’s upcoming tour of India, at the foreign ministry on Wednesday. Photo: PIDForeign minister Abul Hassan Mahmood Ali on Wednesday indicated that there is no progress in the Teesta water-sharing deal.He said the purpose of prime Minister Sheikh Hasina’s visit to India’s Bengal state is something different.”You’ll come to know about it in due time,” he told reporters when asked about Teesta deal progress.He, however, said there will be a meeting between prime minister Sheikh Hasina and her Indian counterpart Narendra Modi during the visit.The foreign minister was briefing reporters at the foreign ministry on the the prime minister’s visit.State minister for foreign affairs M Shahriar Alam and foreign secretary M Shabidul Haque were present.Prime minister Sheikh Hasina would leave Dhaka for Kolkata on Friday to attend Visva Bharati Convocation Ceremony as the guest of honour and receive Doctor of Literature degree at Kazi Nazrul University, Asansol.She will also inaugurate Bangladesh Bhaban jointly with Indian prime minister Narendra Modi at Visva Bharati and hold a meeting with him there.A flight of Biman Bangladesh Airlines carrying prime minister Sheikh Hasina and her entourage will take off from Hazrat Shahjalal International Airport on Friday morning for Netaji Subhas Chandra Bose International (NSCBI) Airport, Kolkata.Sheikh Hasina will then depart for Visva Bharati, Santiniketan by a helicopter.Vice chancellor of Visva Bharati Sabuj Koli Sen will receive the prime minister at Santiniketan.Narendra Modi will receive Sheikh Hasina at Rabindra Bhaban. She will then place flowers at Rabindra chair.She will depart for convocation venue at Amrakanon and attend Visva Bharati Convocation Ceremony.Hasina will take part in the convocation procession and oath ceremony.Both the prime ministers will deliver their speeches at the function.After the convocation ceremony, the Bangladesh prime minister and her Indian counterpart will jointly unveil the plaque of Bangladesh Bhaban.Tagore’s song ‘Anandaloke Mongolaloke will be played at the ceremony. The vice chancellor of Visva Bharati will deliver the welcome speech.After the inaugural function, Sheikh Hasina and Narendra Modi will sit in the meeting over lunch. After the meeting, she will depart Santiniketan for Kolkata by a helicopter.On her return to Kolkata, prime minister Sheikh Hasina will visit Jorasanko Thakur Bari. Later, local chamber leaders will meet her.On 26 May, the prime minister will go to Kazi Nazrul University, Asansol to receive the Doctor of Literature degree.The KNU Vice Chancellor will deliver the welcome address.Prime minister Sheikh Hasina will then deliver her speech.Chief minister of West Bengal Mamata Banarjee will deliver her speech as the guest-in-chief at the convocation.After the programme, the prime minister will return to Kolkata. She will then visit Netaji Museum (Netaji Bhawan) and place wreaths on the bed of Netaji and sign the visitor’s book.
Members of the Iraqi forces tend to a civilian who was injured by Islamic State (IS) group jihadists at a school turned hospital in western Mosul. Photo: AFPFifteen-year-old Mohammed enthusiastically helps the staff of a makeshift hospital set up in the bullet-scarred school in west Mosul where he himself studied before jihadists seized Iraq’s second city.The Islamic State group used the school as part of its programme of indoctrination until it lost control of the area during a major Iraqi offensive launched last month, and it is now used to treat people wounded in the ongoing battle for the western side of the city.Like many buildings in Mosul, the school bears the signs of warfare.In addition to being pockmarked with bullets, most of the windows are broken, walls are cracked and the floor is littered with bullet casings.The entrance hall has been transformed into an emergency room, which is stocked with only limited equipment but still allows for first aid to be administered to the wounded and sick.One young man lies on a narrow bed, his face pale and tired.“A sniper (from IS) fired at him but missed, so he started to run, and the sniper shot again and hit him,” says Fathi Waad, one of the victim’s relatives.“This is the third time that someone in the family has been hit by a sniper,” he adds.Each day, the hospital looks after around 100 patients, both civilians and security personnel, often the victims of gunshot wounds, says Aqil Karim, a medic from the elite Counter-Terrorism Service.A dust-covered red pickup suddenly stops in front of the school to deliver a semi-conscious old man whose foot has been injured.American dreamUnlike the previous patient, he is not the victim of violence, but rather of an accident, and he is also suffering from dehydration.As soon as he arrives, he is carried to a bed, where his wound is washed, disinfected and dressed.Treating him is just as important as tending to those wounded by war in a city where the fighting has destroyed many medical facilities.More than 200,000 Iraqis have fled west Mosul since Iraqi forces began the assault to retake the area on February 19, the government says, but hundreds of thousands more are still in danger inside the city.With school lessons unlikely to resume at any time soon, several former pupils have returned to the building to help the medical staff.Indifferent to the sound of gunfire and explosions outside, one of them rushes around helping out where he can, dressed in a tracksuit with a blue hood.Mohammed has barely finished unloading a delivery of equipment when he is already back inside handing out food rations.“We cook, clean the equipment, and when wounded people arrive we help them,” says the slender teenager, who is delighted no longer to be in class under the jihadists.“Our teachers were hard on us. They’d beat us,” he says. “And they’d ask us to pledge allegiance to IS.”But Mohammed does not see a future for himself in the ruins of a city disfigured by months of heavy fighting. Instead, he yearns to join his relatives in the United States.His dream job once there? “Doctor” of course.
Biometric door lock – uses your fingerprint to open – runs off batteries and has key for emergencies Inexpensive print reader for PC security – comes with software – connects to computer via USB port The second most popular device, which has actually been on the market and in use longer, is the hand reader. This device works by measuring the dimensions of your hand – normally the fingers.Everybody has different length fingers. Even if you do run into someone with similar finger length, the combination of various finger lengths essentially eliminates the possibility of false identification. For example: your index finger might be the exact same length as somebody else’s, but the chances that 2 of more of your fingers are the same length are vanishingly small.Backlighting and lasers were used in early models but now electrical conduction is the method of choice to measure fingers – fewer technical problems, lower power requirements.It works by measuring the electrical conduction of your hand. The user places his or her hand on a metal or plastic plate with two or more studs protruding for finger alignment. A second later the device detects a small current at the point where the hand touches the plate. It then measures these areas and compares the findings to an internal database. Unlike fingerprint scanners, hand readers do not require a computer – needed processing is done internally – although some can be connected to a computer for time clock applications via a standard network connection or serial cable.Most units also have a keypad for entering in user data and ID numbers. Available models can store from 50 to over 500 individual hand measurements.This technology also presents some false positives from time to time when users fail to correctly locate their hand on the scanner plate. Many require the keying of an ID code to make identification 100% positive.These units tend to be very robust and ideal for users with dirty or worn hands like factories and assembly plants. Their self-contained nature means they can be installed virtually anywhere.To Be Continued … (in part 2: Eye Scanners, Face Recognition, and Pattern Recognition) Copyright 2005 PhysOrg.com Like any relatively new technology there are problems: Finger prints can be covered by callus or worn smooth from heavy use -dirt can get into the print lines and skin can peel – all making print reading more difficult. Some users have problems with less expensive models due to the lack of a well defined center whorl in the middle – something the device needs to find the center and build a code for the print. Since prints are converted to number codes it’s possible for two prints to have the same code. This means each device is limited as to the number of prints it can read without giving a false positive. More money usually gets you models that manage more prints.A new technology that scans the subsurface of your fingerprint – down five skin layers deep – works even when the print is scuffed or dirty. This technology is still new, however, so most fingerprint scanner systems also require a code or PIN of some type to for 100% positive identification.Some fingerprint readers and their applications: Print reader with magnetic card reader for extra security.Hand Scanners The basic reason is simple: biometrics uses body measurements to make positive personal identification without resorting to ID cards, passwords, PINs and other problematic security technologies. Your ID is your body – or a part of it, anyway. This makes ID counterfeiting much more difficult and also insures that ID doesn’t get left behind – short or a very serious mishap, that is.Various technologies have been used over the years and favorites are slowly emerging – along with a host of ethical and privacy issues.Finger Print ScannersThe most common technology in use today by far is fingerprint scanning. This technology is used everywhere from top secret military installations to supermarkets, cell phones and time clocks.Police departments have long used finger prints to track criminals because of their uniqueness – each finger print is different – making positive identification possible for any given individual. Finger print readers use this uniqueness to generate a code – rarely do they actually use the full print for identification – based on areas where line print lines merge, fork or loop – like the round “whorl” you can find in the middle of all finger prints.These devices work by scanning the print with a light source – either a laser or, more commonly, a LED (Light Emitting Diode) – on to a chip. The chip is either a CCD (Charged Couple Device – the same found in digital cameras) or the less expensive CMOS (Complementary Metal Oxide Semiconductor). Integrated circuits then generate the code to identify the print.This code is stored in a database – either in a remote computer for cheaper USB models or in the device itself. When a person scans a print, this device compares the code generated by the print with one in the database to make a positive identification. These “print coding” algorithms are closely guarded secrets.Price is probably the most attractive reason to use this technology. Securing your computer with a fingerprint reading mouse cost less than $100. Time clock systems start at around $500. This makes finger print scanning one of the most affordable of all the biometrics technologies. Explore further Pairing targeted drugs for breast and lung cancer could overcome treatment resistance (Part 1/3) Biometrics technologies have come a long way from a slow start in the early 80s. Now they can be found almost anywhere and soon, almost everywhere. Biometric time and attendance system – works without a connection to a computer Citation: Review: Biometrics Technologies Measure Up (Part 1/3) (2005, November 18) retrieved 18 August 2019 from https://phys.org/news/2005-11-biometrics-technologies.html This document is subject to copyright. 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