MLI. Mouse: a new computer vision-based cursor control software

Abstract

The personal computer opens tremendous opportunities for people, whether it is entertainment or work. However, people with disabilities cannot successfully use usual methods of interacting with a computer like a mouse and a keyboard. There are analogs that allow individuals who had disabilities to control the computer using computer vision. They can use their limbs, head, eyes, color markers as reference point, that is used to move a cursor on their computer screen. One of the most popular cursor control software is The Camera Mouse, in which the user selects the area that will serve as a reference point. However, people may find it difficult to adjust the sensitivity of the reference point movement. For example, if the sensitivity is low, some area around the edges of the screen may become inaccessible. At high sensitivity, not all the pointer movement potential is realized. And the high sensitivity, the small movements, noise, errors affect the swing of the reference pointer more. In this study, the MLI. Mouse proposed. It allows user to control the computer cursor using computer vision techniques. To control the cursor, a person needs a webcam, from which the current position of the reference point will be read. A hand or a QR code can be used as the reference point. A useful feature of this program is a convenient way to visualize and set the active area of the cursor movements. This is the area where the reference pointer movement is broadcast on the computer screen. With this, the program can be configured faster and more conveniently. The left mouse button clicking is implemented using Dwell click.

Experimental Evaluation of EMKEY: An Assistive Technology for People with Upper Limb Disabilities

“…and earn a living by using computer skills. The results showed in this work are related to previous research, such as [50,51], which found that technological development positively impacts not only daily living activities, which is the objective of the study conducted with EMKEY, but also the brain functions of those who benefit from the technological device created.…”

Обзор V Международного научного семинара по компьютерному моделированию, информационным и вычислительным технологиям - MIP: Computing-V 2022

“…в теоретическом, так и прикладном аспекте, прошел в рамках работы четырех секций: кибернетика, вычислительное и имитационное моделирование; прикладная математика и бизнес-информатика; информационные технологии, надежность программного обеспечения и защита данных; обработка информации, программная инженерия и приложения.ОБЗОР ДОКЛАДОВ MIP: COMPUTING-V 2022В данном обзоре представлены работы, которые были включены в программу пленарной сессии. В сборник трудов семинара MIP: Computing-V 2022 включено 16 статей по двум разделам «Кибернетика, вычислительные технологии и имитационное моделирование»[3][4][5][6][7][8][9] и «Информационные технологии, надежность программного обеспечения и защита данных»[10][11][12][13][14][15][16][17][18]. Данные материалы представлены в виде онлайн/видео докладов и презентаций участников (размещены на сайте материалов семинара https://conf.domnit.ru/ru/materialy/mip-computing-5-2022/).Кибернетика, вычислительные технологии и имитационное моделированиеВ работе авторов Д. Мусатова и Д. Петрусевич из МИРЭА -Российского технологического университета на тему «Modeling of forecasts variance reduction at multiple time series prediction averaging with ARMA (1, q) functions»[3] рассматривается комбинация прогнозов временных рядов, что обычно считается хорошим методом на практике.…”