They are told, “you’re too sensitive” or “you need to toughen up.” But the sensitivity that the ADHD brain experiences isn’t the result of a character flaw- it can't be toughened out of it. This can lead to strong reactions like anger, rage, or even physical reactions like headaches and rashes.Īll too often, people with hypersensitivity are made to feel crazy. People with hypersensitivity tend to be easily overwhelmed by both physical and emotional stimuli. Hypersensitivity, also known as hyperempathy syndrome, HSP, and sensory sensitivity, is widespread in people with ADHD. All these irritants of the world act like sand in the mouth of an oyster- only for ADHD brains that irritation creates rage, frustration, distraction, and emotional overwhelm, instead of a perfect pearl. Few things annoy an ADHD brain more than that irritating scratch on the back of your neck, the pull of a too-tight waistband, the poke of an errant underwire, or the bark of an anxious dog. It’s been said that a surefire way to tell if you have ADHD is if you had a tag collection as a kid. As the quality of the video is not degraded during the transformation, this method can be applied to a broad range of videos without compromising the visual experience of those without photosensitivity.Why am I so sensitive? Understanding Hypersensitivity and ADHD In addition, this technology can be utilized by large content providers or browsers to improve the safety of their video platforms. The resulting filter may then be generalized to a wide range of new videos.įor individuals with photosensitivity, including photosensitive epilepsy, these filters can be tuned to be more aggressive against specific stimuli. Videos lacking adverse stimuli remain unaffected. This inverse pass is accomplished using neural networks that learn to detect and selectively suppress problematic regions. In the inverse pass, the harmful videos created in the forward pass are transformed into innocuous videos without compromising the quality. Each video is then corrupted with artifacts, such as flashing lights, which would adversely affect photosensitive individuals. In the forward pass, this technology generates a large dataset of videos. This technology uses machine learning methods to detect and modify harmful stimuli in videos. Since the individual tolerance for flashing or moving patterns varies significantly, providers might offer a simple knob that users can tune or automatically adapt the filter by the age of the user. Children are disproportionately affected, particularly children with autism. This technology can benefit photosensitive consumers as well as large digital content providers or movie studios seeking to provide safe viewing experiences. This approach detects and modifies videos, rendering them safe with minimal degradation in video quality. Recent movies, such as Incredibles 2 and the 2019 Star Wars movie, carried disclaimers about seizures that might impact their public image. A large fraction of the population, particularly children, are sensitive to bright flashes and changing patterns, with many developing headaches or other unpleasant feelings, even if they do not have a seizure. The inventors of this technology developed a method that prevents seizures in those who have photosensitivity by learning to adjust videos in a way that makes them safe. 2024 IAP Intellectual Property Speaker Series.Representative Term Sheet for Launching Life Science Startups.IP Considerations for MIT $100K Competitors.Inventions and Proprietary Information Agreement (IPIA). ![]() ![]() ![]() Disclose & Protect Your Intellectual Property.
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