Auflistung nach Autor:in "Menon, Dilip"

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Analysis of Smartphone-Ambient Data to Manage Daily Life Tasks
(Hochschule für Wirtschaft FHNW, 2015) Menon, Dilip; Dornberger, Rolf; Korkut, Safak
Sometimes we feel overwhelmed by things we have to do and the things which keep us busy. In short our mind is flooded daily with information. In the information age we try to do more things in less time with the help of information and information technology – and we expect that technology becomes smarter and supports us. At the same time more and more people carry smartphones with them – and they fulfil multiple purposes such as being a pure communication tool or a personal digital diary.This thesis deals with the problem of task overload in the daily life of a single person. To address this problem, the potential of smartphone sensors to collect data about the person’s activities and their environment has been analysed.A significant research gap was detected in the area of mobile sensing and personal productivity and a clear need has been showed in the area of supporting people with management of their everyday tasks. As a result of this, a design science research methodology was chosen and an IT artefact on the basis of Android has been developed integrating different systems such as a sensing framework (SensingKit), machine learning libraries (Weka), gamified task management system (Habitica) and Google Services for activity and location recognition. The developed artefact has been evaluated using testing and descriptive methods (e.g. Proof-of-Concept). The results of the evaluation demonstrated that the artefact can in a given scenario detect certain activities and visited location of its users – and with a minimal manual task configuration – the detection of accomplished tasks work as well. The drawback of the evaluation was that certain specific activities need an in-depth machine learning training to provide more stable activity classification models – otherwise too many false positives will be reported. The developed system shows the potential of mobile sensing in the area of personal task management. Further long-term studies will be needed to validate the user acceptance and the long-term benefits.
11 - Studentische Arbeit
Facility Layout Planning Using Fuzzy Closeness Computation and a Genetic Algorithm
(09.12.2015) Menon, Dilip; Zwimpfer, Cédric; Hanne, Thomas; Dornberger, Rolf
04B - Beitrag Konferenzschrift
Using mobile sensing on smartphones for the management of daily life tasks
(Springer, 2020) Menon, Dilip; Korkut, Safak; Inglese, Terry; Dornberger, Rolf; Dornberger, Rolf
Today, all smartphones contain a variety of embedded sensors capable of monitoring and measuring relevant physical qualities and quantities, such as light or noise intensity, rotation and acceleration, magnetic field, humidity, etc. Combining data from these different sensors and deriving new practical information is the way to enhance the capabilities of such sensors, known as sensor fusion or multimodal sensing. However, the authors hypothesize that the sensing technology that is embedded in smartphones may also support daily life task management. Because one of the biggest challenges in mobile sensing on smartphones is the lack of appropriate unified data analysis models and common software toolkits, the authors have developed a prototype for a mobile sensing architecture, called Sensing Things Done (STD). With this prototype, by applying multimodal sensing and gathering sensor data from performing a specific set of tasks, the authors were able to conduct a feasibility study to investigate the hypothesis set above. Having examined to what extent the task-related activities could be detected automatically by using sensors of a standard smartphone, the authors of this chapter describe the conducted study and provide derived recommendations
04A - Beitrag Sammelband