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Identifier 000456906
Title An accessible smart kitchen cupboard
Alternative Title Ένα προσβάσιμο έξυπνο ντουλάπι κουζίνας
Author Γαβαλετάκης, Μάριος Π.
Thesis advisor Στεφανίδης, Κωνσταντίνος
Reviewer Παπαγιαννάκης, Γεώργιος
Margherita, Antona
Abstract In a household, the kitchen holds immense significance among all rooms and is often considered the central hub, as it not only serves as a space for meal preparation and consumption, but also acts as a gathering spot for families and friends. It is where people come together to cook delightful meals, engage in conversations around the kitchen table, and carry out everyday activities. With the substantial amount of time spent in the kitchen, there arises a desire to discover intelligent methods to simplify and enhance daily routines. However, while it is expected that every home should provide comfort and safety for its residents, individuals with disabilities often encounter challenges with their kitchen cupboards, as these spaces fail to meet their everyday requirements. Various impairments, such as visual, motor and cognitive, pose significant difficulties even when attempting seemingly "simple" tasks in the kitchen. To address this issue, we present our solution: the "Accessible Smart Kitchen Cupboard," an accessible innovation designed to streamline inventory management and aid in the cooking process. The Accessible Smart Kitchen Cupboard is a user-centric, inclusive prototype for kitchen storage, catering to a diverse range of users, such as adults, children, the elderly and individuals with disabilities. Designed with accessibility in mind, it incorporates advanced technologies and a multitude of sensors to gather detailed information about each stored food item, including its type, precise location, quantity and expiration date. The cupboard facilitates multimodal communication and employs a comprehensive array of input and output channels. Users have the flexibility to interact with the cupboard using either voice commands or a user-friendly touchscreen interface. In terms of output, the cupboard utilizes LED stripes to provide color-coded information, delivers auditory responses, and utilizes various types of vibrations to convey relevant feedback to users. The Smart Kitchen Cupboard encompasses a range of fundamental functionalities aimed at enhancing the user experience. These include: (a) assisting users in managing and organizing food items within available slots, simplifying the storage process; (b) seamless integration with the "AmI Chef" system, by providing valuable support and assistance throughout the cooking process; (c) supplying users with comprehensive information regarding the status and particulars of each stored product, including quantity levels and expiration dates; (d) promptly notifying users when the kitchen inventory requires replenishment, ensuring a well-stocked pantry. In general, its design prioritizes accessibility, allowing individuals with diverse physical or cognitive abilities to easily engage with and enjoy all of the aforementioned functions. This thesis encompasses several key elements. Firstly, it explores the challenges and difficulties faced by kitchen users, both with and without disabilities, such as vision, hearing, mobility or age-related issues when assessing the status of their food stocks. Then, it comprehensively analyses existing smart kitchen cabinets and storage systems, with a particular emphasis on their limited accessibility features and their shortcomings in meeting the needs of users with diverse abilities. Next, it extensively describes the design and functional requirements of the Accessible Smart Kitchen Cupboard including a detailed overview of the components comprising the cupboard and their interconnections, all geared towards providing a seamless user experience and tailoring it to meet the specific requirements of different user groups. Finally, it reports the findings and valuable insights derived from a series of cognitive walkthrough experiments conducted with experts in Human-Computer Interaction (HCI), contributing valuable knowledge and perspectives to the thesis, enhancing its overall validity and relevance.
Language English
Subject Accessibility
Ambient Intelligence
Intelligent Kitchen
Intelligent cabinet
Multimodality
Έξυπνη κουζίνα
Διάχυτη νοημοσύνη
Πολυτροπικότητα
Προσβασιμότητα
Issue date 2023-07-21
Collection   School/Department--School of Sciences and Engineering--Department of Computer Science--Post-graduate theses
  Type of Work--Post-graduate theses
Permanent Link https://elocus.lib.uoc.gr//dlib/4/c/5/metadata-dlib-1688538648-461793-15513.tkl Bookmark and Share
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