Strategic Technology Trends in 2015 No Comments
We live in a world where technology moves and changes at the speed of light. In order to keep up with the lightning fast pace of the modern technological changes, we present you with the top strategic technology trends for 2015. This list is going to be quite impressive, as well as difficult to understand sometimes. That is because 2015 looks like a primed year for advancements in technology and we are just at the forefront of some really special things that will come out. Now grab your chairs and get ready to be amazed! Prevalence of Computer technology A smart device has become a basic necessity for an average middle class citizen now. The workplaces and public sittings have a connective screen and WiFi so that you remain connected wherever you go. Internet of things (IoT) Internet of things refers to interconnected devices that can interact in a smart manner to make decisions without or minimum human intervention. Shaving Products The beauty sector is also seeing some innovative technological advancements, particularly in regards to shaving. While battery operated products such as beard trimmers and electric razors are taking control of the way men groom their faces, a demand for some innovation is in store. Now, you even see these products with lasers built in so that you can accurately shave yourself in a uniform, even life. Pretty cool right? 3D printing Technological innovations and advanced machinery has enabled fast, better and more efficient 3D printing. On the other hand, it is fast becoming a cost effective solution as well. 3D printing is truly an incredible innovation that is just taking its baby steps right now. Who knows what these machines might do in the future? Advanced, Pervasive, Invisible Analytics With the introduction of IoT, data will multiply in quantity. Bigger data bases and data organizers will be needed. Thus, a huge data pool shall be formed. More questions and answers shall be needed, queries will be formed and they will require quick responses. Context-Rich Systems Today the machines and devices that we carry are smart enough to respond to their environment. They can sense temperature, humidity, danger and even the presence of a living being. Multiple sensors are present in a single device which makes a device extremely sensitive and responsive towards its environment. Smart Machines Along with smart phones and tablets, the concept of smart machines is fast gaining popularity. Automatic sensors and configuration settings which make these machines autonomous enough to know when to perform their specified function and the time to shut down automatically are a huge hit. They usually operate on solar power and are cost effective as well. Cloud/Client Architecture The infrastructure of cloud computing is growing, more devices can be operated using a single app now. Different applications and resources are available simultaneously on several devices at the same time. Software-Defined Infrastructure and Applications Software will form a huge part of our future lives. From keeping track of your work to managing events and data, software has introduced quite a few efficient solutions Web-Scale IT Websites like Google, Amazon, Facebook use scaling architectures and infrastructures. These configurations able them to manage their continuously updated data effectively. These consist not of a single system but several addresses and sources which are combined in a way that data is efficiently Read more
Future of Self-driven Car Technology No Comments
  Earlier this year, the manufacturers of the Smart Self-driven car technology announced that these cars would be put to test in real life scenarios. The test ground, chosen for the autonomous self-driven cars, was the Palo Alto, California. However the successful launch of the highly anticipated autonomous cars was shortly marred by a series of unfortunate accidents. The rumors and news of the reported accidents have raised a genuine public concern regarding the reliability of this technology whereby quite a few people have been questioning the timing of the test drives in real life scenarios. Thus far, the manufacturers have not addressed the rising public concerns in detail. However after the recent incident of a near collision between twoautonomous cars of different self-driven cars manufacturers, the public confidence in this technology has plummeted even further which prompted a response from one of the directors of the self-driven or autonomous car project. The incident in question occurred as one of the self-driven cars tried to cut off another car during the lane change test. The director has rejected the public concerns saying that the cars were completely safe given that of all the reported minor accidents, none had occurred due to the fault of the autonomous car. Though the self-driven cars have been designed to operate without a brake or steering wheel, the manufacturers have added the feature of removable brake and steering wheel to convert an autonomous car to a conventional man-driven car, if the need may arise. The autonomous car manufacturing companies maintain their position that none of the accidents occurred due to the fault with the autonomous system. All the accidents have been attributed to manual driving state and/or a man had been blamed for the fault. Despite repeated assurances of the autonomous car technology proponents, the public response has largely been skeptical which indicates flailing trust in the technology. In order to make this technology a success, following obstacles need to be overcome. 1. Software As with all other innovative technologies, the autonomous cars are heavily dependent on the software. The difficulties with the design of reliable software include the long period of operation. Thus far, nosoftware has been designed for any device, smart or conventional, which did not run into a bug or encountered stalling problems over time. 2. Precise Maps In order for its operation to be successful, the self-driven must precisely be able to see every nook and corner of the streets and roads it is driving on. This implies that precise map designing at a massive scale would have to be initiated so as to make this technology a global phenomenon. 3. Enhanced Sensors While the human mind is remarkably efficient at recognizing a danger and evaluatinga quick response to it, the sensors of a self-driven car lack in this area. In order to initiate this technology at a massive scale, the autonomous cars must be equipped with better sensors which should be capable of emulating human decision and evaluation process as close as possible. The future of autonomous car technology is subject to quite a number of obstacles. However, if the obstacles are removed, the future of this technology seems Read more
The Non-Invasive Blood Glucose Monitoring Technology No Comments
Diabetes Mellitus is a chronic disease in which the human body becomes deficient in insulin, the pancreatic hormone that regulates the level of glucose in blood. It is a complicated disease because it gives rise to many other problems including blindness and cardiovascular diseases which further aggravate the situation. However if a close check is maintained on the blood glucose level, then the complications may be avoided. The conventional methods of blood glucose measurement involve the draw of a blood sample using the lancing techniques which is painful and uncomfortable. As such, this method is not particularly useful for frequent glucose level measurement. As opposed to that, a non-invasive blood glucose monitoring device forgoes the pricking method to draw blood and thus measures the glucose level non-invasively. The use of non-invasive devices, like the pulse-oximeter, in order to measure different human body parameters has become increasingly common. In that regards, there is a lack of a dependable blood glucose monitor that could measure blood glucose level non-invasively. The need of a continuous, pain free method to measure blood glucose level is apparent. The basic concept involved in infrared spectroscopy is stated as the absorption of certain specific wavelength of the infrared light into an infrared-active element or compound when it passes through it. The infrared active compounds are the ones that depict changing dipole moments on the basis of their orientation as they are exposed to near infrared light. Glucose is one of the compounds that respond to infrared rays by absorption of radiations of some particular wavelengths. This implies that the exposure of blood to infrared light will result in glucose level detection due to the change in absorption parameters. However the problem becomes complicated due to the presence of other such compounds and components in the blood as well as tissue which are receptive to infrared light Water Lipids Cholesterol Proteins Hemoglobin Some of the most worked upon non-invasive glucose monitoring techniques include the fluorescence technique, impedance spectroscopy, thermal emission spectroscopy, and electromagnetic sensing. However, these techniques are highly sensitive to physical parameters of the skin and tissue like, skin pigmentation, redness, epidermal thickness, temperature, etc. and thus cannot be used independently to measure accurately the blood glucose level. near infrared absorption spectroscopy In near infrared absorption spectroscopy the weak spectral band of glucose overlaps with the stronger bands of water, hemoglobin, protein and fats. Thus multiple measurements need to be carried out using several wavelengths. NIR scattering technique In NIR scattering technique, physiological effects unrelated to glucose concentration could produce variations in scattering coefficient. Raman spectroscopy In Raman spectroscopy, instability of laser wavelength and long acquisition time are major drawbacks. Polari-metry technique Polari-metry technique is very sensitive to scattering properties of tissue, as scattering depolarizes the signal. And that basically sums up the different types of technology associated with diabetes. As you can see, technological advancements are vital not just in the entertainment sector, but also the important ones like Read more