Wearable Sensors Based on Force-Sensitive Resistors for Touch-Based Collaborative Digital Gaming

Dontha, Balaji; Swearingen, Kyoung Lee; Swearingen, Scott; Thrane, Susan E.; Kiourti, Asimina

doi:10.3390/s22010342

Cited by 6 publications

(5 citation statements)

References 35 publications

(33 reference statements)

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“…Tahap develop, pemembuatan dan evaluasi prototype Bordir adalah teknik yang dipilih dalam pembuatan ragam hias dengan inspirasi tanaman paria dan diaplikasikan pada busana pesta wanita. Bordir merupakan sebuah hiasan yang diterapkan di atas kain atau bahan-bahan yang lain menggunakan jarum jahit dan juga benang (Dontha et al, 2022). Bordir manual adalah teknik yang dipilih peneliti dalam menciptakan hiasan.…”

Section: Developunclassified

Paria Sebagai Sumber Ide Motif Bordir pada Busana Pesta

Rohma

2022

BAJU

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Tujuan penelitian ini untuk mendeskripsikan hasil jadi penerapan hiasan bordir dari stilasi tumbuhan paria pada busana pesta wanita. Menggunakan metode Double Model yang terdiri dari Discover, Define, Develop and Deliver. Sebagai awal pembahasan penulis memilih sumber ide Paria, yang merupakan tokoh Putri Samba Paria dari cerita rakyat daerah Mandar, Sulawesi Barat. Putri Samba Paria tinggal disebuah gubuk didalam hutan, disekitar gubuk tersebut dikelilingi tumbuhan Paria. Tahap berikutnya menentukan desain dan kriteria desain sesuai sumber ide, dan akan dibahas pada tahap Define dengan teori FEA (function, aesthetic, expressive). Dengan memilih hiasan bordir, terinspirasi dari tanaman paria yang distilasi kedalam bentuk baru. Busana pesta ini memiliki fungsi sebagai busana yang dikenakan pada acara pesta siang. Siluet yang diterapkan pada busana pesta yakni siluet I dengan model rok mermaid, untuk menunjukkan kesan feminim. Hasil dapat terlihat dari desain busana pesta yang mewah, kain yang berkualitas yaitu kain satin halus dan ringan, kemewahan terpancar dari kain yang berkilau. Hiasan dan bahan dari hiasan juga memiliki bentuk dan jenis yang berkualitas. Dilihat dari proses busana yang diwujudkan memiliki proses eksklusif. Dari hasil tersebut diperlukannya tingkat eksplorasi yang kreatif dan inovatif lagi dalam mewujudkan ragam hias untuk melestarikan budaya yang ada di Indonesia. This study aims to describe the results of applying embroidered decorations from pariah plant distillation to women's party fashion. Using the Double Model method consisting of Discover, Define, Develop and Deliver. At the beginning of the discussion, the author chose the source of paria ideas, which is the figure of Putri Samba Paria from the folklore of Mandar, West Sulawesi. Princess Samba Paria lives in a hut in the forest, around a place surrounded by Paria plants. The next stage determines the design and design criteria according to the source of the idea and will be discussed in the Define phase with FEA theory (function, aesthetic, expressive). By choosing embroidered decoration inspired by pariah plants that are distilled into a new form. This party fashion functions as a fashion worn at the day party event. The silhouette applied to the party fashion is a silhouette with a mermaid skirt model to show the impression of femininity. The results can be seen in the luxurious party fashion design, quality fabrics, delicate and light satin fabrics, and luxury radiated from sparkling fabrics. Decorations and materials from decorations also have a quality shape and type. Judging from the fashion process, that is realized has a complete circle. From these results, a creative and innovative level of exploration is needed again in learning ornamental varieties to preserve the existing culture in Indonesia.

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Section: Developunclassified

Paria Sebagai Sumber Ide Motif Bordir pada Busana Pesta

Rohma

2022

BAJU

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“…However, these types of sensing components are expensive or has limited availability. In contrast, force sensing resistor (FSR) is cheap and easy to use making this type of component suitable for a wide range of applications starting from implementation of wearable sensors in gaming [7], to prostheses for human in biomedical engineering [8] and for monitoring cardiorespiratory parameters during sleep [9].…”

Section: Introductionmentioning

confidence: 99%

Neuromorphic Sensor Based on FSR

Barleanu,

Hulea

2024

Preprint

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This work introduces a neuromorphic sensor based on force-sensing resistors (FSR) and spiking neurons for robotic systems. The proposed sensor integrates the FSR in the schematic of spiking neuron in order to make the sensor to generate spikes with frequency that depends on the applied force. The performance of the proposed sensor is evaluated for the control of a SMA-actuated ro-botic finger by monitoring the force during steady state when the finger pushes on a tweezers. For comparison purposes, we performed similar evaluation when the SNN receives input from a widely used compression load cell (CLC). The results show that the proposed FSR based neuro-morphic sensor has very good sensitivity to low forces and the function between the spiking rate and the applied force is continuous with good variation range. However, when compared to the CLC, the proposed sensor has lower linearity of the response, but it benefits from two orders of magnitude lower power consumption. These aspects imply that the neuromorphic sensor based on FSR are useful for bioinspired control of humanoid robotics representing a low power and low cost alternative the widely used sensors.

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“…The applications of FSR start from the implementation of wearable sensors [ 20 ], including gaming [ 21 ], to prostheses for humans in biomedical engineering [ 22 ], and for monitoring cardiorespiratory parameters during sleep [ 23 ]. Considering the high sensitivity of FSR to small forces, these sensors are suitable for interaction with human hands in musical instruments [ 24 ].…”

Section: Introductionmentioning

confidence: 99%

Neuromorphic Sensor Based on Force-Sensing Resistors

Barleanu,

Hulea

2024

Biomimetics

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This work introduces a neuromorphic sensor (NS) based on force-sensing resistors (FSR) and spiking neurons for robotic systems. The proposed sensor integrates the FSR in the schematic of the spiking neuron in order to make the sensor generate spikes with a frequency that depends on the applied force. The performance of the proposed sensor is evaluated in the control of a SMA-actuated robotic finger by monitoring the force during a steady state when the finger pushes on a tweezer. For comparison purposes, we performed a similar evaluation when the SNN received input from a widely used compression load cell (CLC). The results show that the proposed FSR-based neuromorphic sensor has very good sensitivity to low forces and the function between the spiking rate and the applied force is continuous, with good variation range. However, when compared to the CLC, the response of the NS follows a logarithmic-like function with improved sensitivity for small forces. In addition, the power consumption of NS is 128 µW that is 270 times lower than that of the CLC which needs 3.5 mW to operate. These characteristics make the neuromorphic sensor with FSR suitable for bioinspired control of humanoid robotics, representing a low-power and low-cost alternative to the widely used sensors.

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Wearable Sensors Based on Force-Sensitive Resistors for Touch-Based Collaborative Digital Gaming

Cited by 6 publications

References 35 publications

Paria Sebagai Sumber Ide Motif Bordir pada Busana Pesta

Paria Sebagai Sumber Ide Motif Bordir pada Busana Pesta

Neuromorphic Sensor Based on FSR

Neuromorphic Sensor Based on Force-Sensing Resistors

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