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In this paper, the hardware component of a new technology used to communicate with people with major neuro-locomotor disability using ocular electromyogram is presented. The signals produced by the ocular muscle, provided by five electromyogram sensors are amplified used a new instrumentation amplifier and then processed by the software component of the proposed communication technology. The information...
This paper presents a study on the possibilities for the classification of ECG signals acquired based on the theory of compressed sensing (CS). We propose an analysis of the classification results of the ECG signals acquired according to Nyquist theorem as compared to compress sensed signals using two different classifiers, namely nearest neighbor type classifier and a MLP neural network.
This paper presents results from the design and implementation of a subsystem integrated into a wireless patient monitoring and communication network. The presented subsystem is designed to assure communication between patient and caretaker at a basic level using predefined key symbols/sentences and transmit basic biological parameters. The system consists of two distinct elements - first the patient...
In this paper is presented the implementation of a transceiver for 3Gb/s operation, fully compatible with low-voltage differential signaling (LVDS) and Gen2i, Gen2m serial ATA standards. Due to the differential transmission technique and the low voltage swing, LVDS allows both high transmission speeds and low power consumption at the same time. The proposed transceiver is composed by a transmitter...
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