Recently, Apple's Spring Forward has attracted the attention of the market because of its hardware products. From the end of the event to the present, I have learned more about the Apple Watch and MacBook, and I will share it with readers in the near future. But for me, the services announced on Spring Forward are the highlight of the event. For example, HBO NOW working with HBO. The other new service that caught my eye was ResearchKit. On Apple's Web site, it defines ResearchKit as "an open source software framework that allows researchers and developers to easily develop applications that can revolutionize medical research, and may even have the potential to change medical development forever. "When I heard such a marketing word, I thought of SETI @ home. If you are old enough (like me) and strange enough (ibid.), you may remember that it is a volunteer project for distributed computing. For those volunteers, there is a note on its website: "SETI @ home is a scientific experiment using an Internet-connected calculator in the Extraterrestrial Intelligent Bio-Search Program (SETI). You can use it. A free software program that downloads and analyzes radio telescope data to participate in the program." I suspect that the "free software program" is why SETI @home is no longer as popular as it was at the very beginning. To some extent, this service is now competitive, and ironically, it also includes a distributed computing project plan that locks in medical applications. Part of the reason is that the client does not do a good job of distinguishing when the calculator is idle and taking advantage of these available processing resources during idle time. Conversely, when I need my computer to react to even moderate word processing, email, and other similar tasks, I often find that they are slower than snails unless I manually use the client in advance. Suspend (but remember to cancel the suspension afterwards). In addition to some unusual events during implementation, the concept of SETI @ home is reasonable, it is developed by relying on the altruism of the participants; when it is compared with the signals transmitted by aliens in outer space, The possible outcome of the quality and longevity of fellow life is still a relatively easy task to control. Think about it, the smart phone or tablet that will be used in the Apple World or in the Android ecosystem (with the Android ecosystem), which can record, pre-process and upload diverse medical data to the cloud. "The ideal platform for further processing and archiving. I think you will agree." First, consider the mobility and universality of the platform, the driving force of which is our desire to communicate and the financial incentives of service provider subsidies that are equally important (in some areas). Consider the power of the host CPU processing facility (and the speed that has always been emphasized), as well as additional general-purpose computing power such as GPUs, DSPs, ISPs, and so on. Consider local volatility and non-volatile memory rich configurations. Consider again (mainly) persistent and (increasingly) bandwidth-robust cloud connectivity. Next, let's take a look at the details of the system. Focusing first on smartphones and tablets, they have a wealth of integrated resources to take advantage of a variety of medically interesting attributes: â— High-precision touch screen â— High-resolution front and rear cameras â— Microphone and speaker (plus support for external headphones) â— GPS (used to identify current position and motion, and assessment of current temperature) â— Compass (additional movement details) â— Accelerometers and gyroscopes (ibid.) â— Barometer (used to distinguish between weather conditions and altitude) â— Unique recognition ability, and â— Support encrypted communication Now look at the Apple Watch, not only can take advantage of its wirelessly tethered iOS partner hardware, but also includes a touch screen, microphone, speakers, unique ID, encryption support and accelerometers, etc. Helps with additional (and wrist-centric) motion measurements. In addition, it integrates the most important heart rate monitoring facilities. Asthma Health app, mPower, GlucoSuccess, Share the Journey, and MyHeart Counts are the first five researchKit applications that are announced first and use this potential in an interesting way, and are also predicting more creative products in the future. Researchers are very enthusiastic about these applications. Within 24 hours of MyHeart's publication, MyHeart Counts has received 11,000 registrations. Alan Yeung, Medical Director of the Cardiovascular Health Center at Stanford University, said: In the past, in order to get 10,000 people to sign up for normal medical research, it is usually necessary to use 50 medical centers across the United States and one year. Marine Tourism Food,Shrimp Skin,Seaweed Snacks,Dried Shrimp Zhoushan Fudan Tourism CO., LTD , https://www.fudanfood.com