A research team has achieved the holy grail of quantum computing: an exponential speedup that’s unconditional. By using ...

USC and UCLA researchers have created a wireless device that uses AI to decode pain levels from brain activity and customize ...

The Viterbi algorithm comprises the following steps: Find the path metrics of every path at each node by adding the appropriate branch metric to its corresponding survived path metric. Compare the ...

Gas reservoir identification using seismic data has become a major focus of geophysical exploration. This study presents a gas reservoir identification and structural evaluation method using ...

A Viterbi algorithm for decoding of the convolutional code is a powerful method for controlling errors in data transmission over a noisy channel. It is based on maximum likelihood algorithm for ...

Viterbi Algorithm: Finds the optimal sequence of states that minimizes the cost of transitions, useful for detecting bursts in data streams. Bellman-Ford Algorithm: Another approach to solve the ...

Quantum computing proves unconditional exponential speedup, paving the way for practical utility and investing opportunities.

This project looks at the Viterbi Algorithm in the context of speech tagging - Releases · ml982/viterbi_algorithm ...

NEWS 18 June 2025 ‘Remarkable’ new enzymes built by algorithm with physics know-how Computer approach creates synthetic enzymes 100 times more efficient than those designed by AI.

Our group is currently working on energy-efficient computer vision and multimodal deep learning for a wide range of applications (e.g., smart healthcare). We focus on cutting-edge research including i ...