Majid Janidarmian

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Due to the ever-increasing complexity of System on Chip (SoC) design, and non-efficiency of electric bus to exchange data between IP cores in Giga scale, the Network on Chip (NoC) is presented with more flexible, scalable and reliable infra-structure. As mapping of IP cores on a given platform is one of three aspects of NoC design, with the focus on(More)
The measurement of human respiratory signals is crucial in cyberbiological systems. A disordered breathing pattern can be the first symptom of different physiological, mechanical, or psychological dysfunctions. Therefore, a real-time monitoring of the respiration patterns, as well as respiration rate is a critical need in medical applications. There are(More)
NoC performance largely depends on the underlying deadlock-free and efficient routing algorithm. Selection strategies play a pivotal role in the effectiveness of the routing algorithm by selecting the final output channel when there is more than one possible output link returned by an adaptive routing. In this paper a novel selection strategy, LATEX, is(More)
Multi-sensor data fusion is an efficient method to provide both accurate and fault-tolerant sensor readouts. Furthermore, detection of faults in a reasonably short amount of time is crucial for applications dealing with high risks. In order to deliver high accuracies for the sensor measurements, it is required to perform a calibration for each sensor. This(More)
People who have suffered a motor function disability need to practice appropriate rehabilitation treatments. Motion sensors such as accelerometer and gyroscope in fact are increasingly being embedded in wearable computing devices and can provide a quantitative measure of the human movement for assessment. In this paper, we present a low-cost eRehabilitation(More)
In order to early diagnosis and treatment of knee abnormalities, in this study an automated diagnosis system using wearable EMG and goniometer sensors is proposed. Eight different classification techniques are investigated with a set of time-domain features. The experiments are conducted with 22 subjects' data and the best accuracy of 97.17% is achieved(More)
This paper considers the problem of self-calibration of multi-sensor systems for health care cyber-biological systems, such as closed-loop glucose control. The recalibration method is performed periodically in the cloud resulted in significant advantages over traditional methods, including increased on-line accessibility and fast automated recovery from(More)
—The fast scaling in technology has caused the components of a Network-on-Chip (NoC) to be more susceptible to faults; therefore, there is a need for methods to maintain circuit reliability. A fault-tolerant NoC should be able to detect a fault and recover the system to correctly operate the mapped application. In this paper, a fault-tolerant NoC(More)
This paper presents a new topology for network-on-chip (NoC) called “Sorena”. The proposed topology is made by merging of 4-node basic models and then connecting edge nodes. Using a change in coordinate system of nodes, a simple, fast and deadlock-free routing algorithm has been suggested. Compared to 2D Mesh which is the most common(More)