Tag: Future

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Consumer Electronics Show (CES) held every year in January at Las Vegas is a premier electronic convention held annually for showcasing exceptional technological advancements in the consumer electronics industry. This year, the 4-day event held from January 5 through January 8, 2017, marked its 50th anniversary with 3,886 exhibitors showing off myriad revolutionary tech trends and avant-garde gadgets that will drive the future of technology globally.

It goes without saying that Amazon’s Artificial Intelligence voice assistant ‘Alexa’ has been the star of the show as several Alexa-enabled next-generation devices including voice-controlled smart-home gadgets, cars, and robots were displayed at the event. Alexa, which has outperformed Google Assistant and Siri can be programmed to perform multiple functions such as starting your car, locking doors, adjusting thermostats, controlling lights, and finding locations.

Now let’s throw light on the futuristic innovations witnessed at CES 2017 that will have a major impact in the coming years.

1. Tech innovations in Smartphones: Qualcomm unveiled its latest processor named Snapdragon 835 for revolutionizing mobile technology. Snapdragon 835 aims to bring High Dynamic Range to smartphones besides facilitating better virtual experience by enhancing sight and sound for mobile Virtual Reality. The new processor will also enable smartphones to produce high-resolution photos even in poor lighting conditions. It will also facilitate faster connection by paving the way towards 5G network. Moreover, the chip also guarantees longer battery life as it consumes 50% less power compared to Snapdragon 801. Additionally, biometric sensors embedded in the 835 promises better security to smartphone users.

World’s first smartphone with molecular-sensors “H2” was also unveiled at CES. This 6-inch Android phone can scan any object to provide you with instant feedback on its chemical composition, be it food items or medicines.

2. A Glimpse Into the 5G future: Qualcomm demonstrated the various ways its technology is going to empower the 5G future. At CES, the CEO of Qualcomm Stephen Mollenkopf asserted that 5g will be a ground-breaking network that will support a wide array of devices with exceptional speed and scale. Moreover, it will have a significant impact on world economy.

At the convention, American technology company Intel too launched its 5G Modem which can deliver 5G in both mmWave spectrum and 6GHz bands. Besides this, Intel also unveiled its new automotive 5G platform named Intel Go to support automated driving.

3. Cloud-Based Innovations: CES 2017 also witnessed numerous cloud-based announcements. Nvidia grabbed the attention of PC gamers by launching its cloud program ‘GeForce Now’ for PC and Mac that will enable gamers to transform their PC into a sophisticated gaming rig to stream and play the latest games of their choice.

Besides this, world’s first cloud-based keyboard ‘the 5Q’ also made its debut at the event. The special function of this keyboard is that it will be connected to the cloud and display color-coded email notifications, sports updates, and stock quotes on the keys of the keyboard.

4. Artificial Intelligence (AI) Stole the Show: AI undoubtedly took centre stage throughout CES 2017. AI has been featured as an integral part of almost everything- from smart jeans that show directions, and smart pet collars to feel your pet’s emotions, to smart gloves for stroke victims and smart vehicles. These computerized brains are empowering humans to replicate virtual worlds besides endowing computers with the intelligence to comprehend the real world.

· AI-powered Cars: Automobile companies are focusing on AI-powered vehicles as the day is not far when customers will seek self-driving cars. Smart car manufacturers will soon come up with AI-powered cars that can generate their own emotions because soon customers will opt for cars with which they can establish the best emotional relationship. CES 2017 saw the launch of many AI-powered emotional cars including Honda’s NeuV that features HANA (Honda’s Automated Network Assistant) to personalize the driver’s experience. HANA’s face recognition technology and heart-rate monitor assist the electric car to understand your happy and melancholic moods. It can also suggest music based on your mood besides remembering your favorite places such as cafe’s, parks, etc.

Toyota too released its futuristic car the “Concept-I”, powered by AI technology that can comprehend the need of the driver as well …

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How do healthcare professionals ensure that they can provide constant and quality care to remote patients? How do patients ensure that they have professional support without having to spend time and effort at hospital visits? Well, the answer lies in remote patient monitoring, which is an act of monitoring the health of a patient without being physically present. The integration of communication technologies in patient care has provided professionals with a revolutionary solution to deliver superior medical care remotely.

Consumer health devices such as portable blood pressure trackers, blood sugar tester, and ECG monitors have facilitated remote sharing of patient information. Doctors today can monitor patient health by using a secure web page where information is shared by a mobile transmitter that acts as a support between the device and the physician. More recently, manufacturers of implantable medical devices such as pacemakers have integrated connectivity into their products. These can be questioned manually by a third party to perform tests that would otherwise require a doctor to administer.

These tests are doing remote device maintenance checks, effective and convenient. In addition, these devices have been enabled to transmit statistics such as arrhythmias, which could help prevent emergency situations. Technology like this provides valuable support to healthcare providers, particularly in providing assistance to patients who need regular monitoring. An entire segment of patients suffering from long-term conditions such as congestive heart failure, hypertension, and diabetes will benefit from Remote Patient Monitoring with the convenience of care without spending time in clinics.

Another trend that is getting more and more adoption in the healthcare sector is the use of e-ICU models. These models allow physicians specializing in remote locations to monitor patients using two-way cameras, high-speed internet, and related devices. REMOTE PATIENT MONITORING helps move healthcare to an ever-changing environment where personal data is facilitated by data from connected devices.

The proliferation of devices enabled for Remote Patient Monitoring is further accelerated by the integration capabilities of the database. Remote Patient Monitoring Emerging Devices such as bands and bracelets that transmit patient position along with health readers transfer this information to a central database. Database-enabled tools can then alert doctors and their patients to improve disease treatment. Soon patients may have USB sticks connecting to a history database that can be instantly shared with institutions. REMOTE PATIENT MONITORING-based solutions are also entering the workforce with modules that provide monitoring solutions to employees with chronic conditions. Workplace productivity may increase timely alerts on devices and custom Web pages that monitor employee’s welfare levels.

Remote patient monitoring systems, therefore, can change how patient care is done by greatly reducing efforts and errors. Consequently, frequent visits to the hospital are reducing costs and encouraging adoption. The IHS research firm suggests that wireless remote monitoring devices will be used by more than 1.8 million people around the world in four years. Soon these systems could become a standard across the industry, driven by the high reception capacity and advances in database maintenance.

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Source by Gaurav Dalvi

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