Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Since its dawn, mobile healthcare (mHealth) has held promises of reducing hospitalization and administrative costs, making healthcare more accessible by enabling continuous and convenient patient monitoring, and increasing healthcare quality with instant emergency responses. While mHealth has gained significant attention and success over the last decade, pediatric mHealth remained dis-proportionally under explored. In this talk, I will begin by discussing several opportunities and challenges in pediatric mobile health care. I will then present some of our recent research results in this area.   In particular, I will introduce an in-ear arable sensing system that can simultaneously monitor human's brain activities, eye movement, and facial movement using a single pair of in-ear electrodes comfortably placed inside human's ear canal. This in-ear sensing system could benefit a number of cyber-physical systems in health care including eating disorder monitoring, sleep disorder diagnosis, and neurological surgery practice [1]. I will also discuss sensing systems that allow us to unobtrusively monitor the physiological states and sleep quality of patients using radio [2] and optical [3] signals from afar. Lastly, I will present a pediatric health care platform that aims at realizing 24/7 outpatient clinical assistance through off-the-shelf mobiles and arables.    then take a broader look at the current and future challenges in moving pediatric mHealth results from research labs to practice.
['Tam Vu']
I am writing a research paper on a idea Pediatric mobile healthcare: opportunities, challenges, and solutions
[{"from": "human", "value": "I am writing a research paper on a idea Pediatric mobile healthcare: opportunities, challenges, and solutions"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Since its dawn, mobile healthcare (mHealth) has held promises of reducing hospitalization and administrative costs, making healthcare more accessible by enabling continuous and convenient patient monitoring, and increasing healthcare quality with instant emergency responses. While mHealth has gained significant attention and success over the last decade, pediatric mHealth remained dis-proportionally under explored. In this talk, I will begin by discussing several opportunities and challenges in pediatric mobile health care. I will then present some of our recent research results in this area.   In particular, I will introduce an in-ear arable sensing system that can simultaneously monitor human's brain activities, eye movement, and facial movement using a single pair of in-ear electrodes comfortably placed inside human's ear canal. This in-ear sensing system could benefit a number of cyber-physical systems in health care including eating disorder monitoring, sleep disorder diagnosis, and neurological surgery practice [1]. I will also discuss sensing systems that allow us to unobtrusively monitor the physiological states and sleep quality of patients using radio [2] and optical [3] signals from afar. Lastly, I will present a pediatric health care platform that aims at realizing 24/7 outpatient clinical assistance through off-the-shelf mobiles and arables.    then take a broader look at the current and future challenges in moving pediatric mHealth results from research labs to practice."}]