the visual recognition of sheet metal parts is a crucial component of industrial automation sorting, particularly under complex lighting and background interference conditions. To enhance the accuracy of sheet metal p...
详细信息
the medical industry is currently utilizing a significant number of automated tools. the hardware is examined and used on both healthy individuals and those who have Covid-19 to capture breathing data, and a correlati...
详细信息
the ECCO-Box is a framework to establish connectivity of heterogeneous devices and sensors and distribute computing on the computing continuum dynamically at runtime. the goal of the dissertation is to design an archi...
详细信息
Withthe rapid development of computer vision and artificial intelligence, human-computer interaction has become an inevitable part of people's lives. Gestures can bring more natural, comfortable, and effective co...
详细信息
ISBN:
(纸本)9781665481199
Withthe rapid development of computer vision and artificial intelligence, human-computer interaction has become an inevitable part of people's lives. Gestures can bring more natural, comfortable, and effective communication between people and machines. However, in some complex scenarios, such as rooms with looming lighting, the robustness and universality of hand gesture recognition based on traditional cameras are insufficient, and the supporting algorithms tend to underperform in real-time, especially for embedded devices. this article explores methods of implementing gesture recognition based on Dynamic Vision sensor (DVS). We obtained frame data by event-based accumulation and timebased accumulation. then we apply preprocessing techniques such as sub-time window and overlapping frame to achieve higher accuracy on hand gesture recognition withthe DVS. In this paper, we built a DVS-based gesture recognition system withthe advantages of efficient data preprocessing, low memory cost, low latency, and competitive recognition ability in interaction scenarios. the recognition accuracy reaches 94.6%.
Reliable communication and synchronization for transiently-powered batteryless sensors are still open challenges. this paper presents a method to synchronize and ensure reliable communication over batteryless sensors ...
详细信息
the vital priority of the society is to render helping hand to most fragile category of people such as older individuals, neurogenerative disease affected patients, etc. to lead their normal routine social life being ...
详细信息
Measuring the performance of an athlete during sports is currently a high area of interest. Where smart watches present a convenient and practicable way to acquire ones vital parameters, other types of measurements li...
详细信息
Radio Frequency (RF) energy transfer is an emerging technology to supply perpetually the new generation of internet of things devices. the proposed work shows the design and implementation of RF power transmission cir...
详细信息
this poster presents CARTS, an adaptive 5G uplink sensing scheme that jointly uses the estimated CSI from both data channel reference signal (DMRS) and channel sounding reference signal (SRS) to improve the UE sensing...
详细信息
ISBN:
(纸本)9798400714795
this poster presents CARTS, an adaptive 5G uplink sensing scheme that jointly uses the estimated CSI from both data channel reference signal (DMRS) and channel sounding reference signal (SRS) to improve the UE sensing capacity with minimal degradation in communication performance. In order to efficiently combine the estimated CSIs from these two reference signals, CARTS features a real-time SRS triggering algorithm to complement the channel estimations from the DMRS. Besides, to address asynchornization issues caused by DMRS and SRS, which are sampled at different time and frequency bands, CARTS applies a new channel stitching and compensation method.
Deep fusion networks have received considerable attention lately due to the growing adoption of IoT devices, smartphones, and wearables that incorporate multiple sensing modalities, and their promising applications fr...
详细信息
暂无评论