iMED Laboratory Pitt

iMED Laboratory at @PittTweet led by Dr. Ervin Sejdić (@DrErvinSejdic) #science #research #engineering #medicine #innovation #data

[iMED Laboratory Pitt @iMEDLaboratory]

We can't wait to go back to our lab!!

[Anisha Suri, PhD @anisha1807]

lab vibes! @iMEDLaboratory
Last year we did a 'What are you thankful for' scribble board 😅💁
#thanksgiving2019 #throwback #Friendsgiving

[iMED Laboratory Pitt @iMEDLaboratory]

#ResearchHighlight: Check out our early paper on #computationaldeglutition dealing with modeling of baseline #cervicalauscultation signals.
#DataScience #Dysphagia #Swallowing #MachineLearning #SLPeeps
https://t.co/qmVtFL1j25

[iMED Laboratory Pitt @iMEDLaboratory]

#ResearchHighlight: Machine learning can help create new chemical nanotube sensors. Check out our video.
#MachineLearning #DataScience #chemistry #sensors #research #AcademicChatter #scicomm
https://t.co/3aTLBU80He

[iMED Laboratory Pitt @iMEDLaboratory]

#ResearchHighlight Check out our video about a novel motor imagery hybrid #brain computer interface using EEG and functional transcranial Doppler ultrasound:
https://t.co/kecNYDuY9v
#neuroscience #DataScience #MachineLearning #AcademicChatter #scicomm

[iMED Laboratory Pitt @iMEDLaboratory]

#ResearchHighlight We reviewed major approaches for compressive sensing in the time–frequency domain:
https://t.co/3CAkSP50Da

#AcademicChatter #DataScience #MachineLearning #Engineering #SignalProcessing

[iMED Laboratory Pitt @iMEDLaboratory]

#ResearchHighlight: A video about the paper where we introduced the idea of computational deglutition: https://t.co/c4xWbACogL
#computationaldeglutition #dysphagia #MachineLearning #datascience #AcademicTwitter

[iMED Laboratory Pitt @iMEDLaboratory]

#ResearchHighlight Novel #MachineLearning can improve #brain-computer interfaces. Check out our paper at:
https://t.co/P7GI0iWtsp
#neuroscience #DataScience #AcademicChatter #Science #Engineering #medicine

[iMED Laboratory Pitt @iMEDLaboratory]

#ResearchHighlight Reputation-based classification of swallowing accelerometry ought to be considered in future developments of a point-of-care swallow assessment: https://t.co/zAZUSewjby
#computationaldeglutition #machinelearning #datascience #SLPeeps #AcademicChatter

[iMED Laboratory Pitt @iMEDLaboratory]

#ResearchHighlight Want to investigate compressive sensing for non-stationary signals? Check out our software companion at
https://t.co/9tzfaKpdLS
#software #DataAnalytics #DataScience #signalprocessing #research #AcademicTwitter #scicomm

[iMED Laboratory Pitt @iMEDLaboratory]

#ResearchHighlight An adaptive time-frequency scheme proposed to alleviate shortcomings of traditional tools: https://t.co/7mFF7Dch4j
#DataScience #SignalProcessing #engineering #science #mathematics #AcademicChatter #scicomm

[iMED Laboratory Pitt @iMEDLaboratory]

#ResearchHighlight Compressive sensing can be used to record swallowing accelerometry signals at reduced sampling rates:
https://t.co/PiT5iD5i61
#swallowing #dysphagia #datascience #machinelearning #computationaldeglutition #SLPeeps #innovation #AcademicTwitter #scicomm

[iMED Laboratory Pitt @iMEDLaboratory]

#ResearchHihglight Our paper demonstrated that touch probe powered stent systems can safely deliver significant power to an implant:
https://t.co/xj5OmXPbjN
#stent #medicine #Engineering #research #medicaldevices #AcademicChatter #scicomm

[iMED Laboratory Pitt @iMEDLaboratory]

#ResearchHighlight A novel hybrid #brain–computer interface measures electrical brain activity and cerebral blood velocity using electroencephalography and functional transcranial Doppler ultrasound: https://t.co/TQuFuGzOtW
#neuroscience #DataScience #research #innovation

[iMED Laboratory Pitt @iMEDLaboratory]

#ResearchHighlight Our work indicated that automatic hardware-only classifiers can eliminate the need for experienced personnel to monitor free flap patency:
https://t.co/0OMk7tyjHy
#research #surgery #innovation #MachineLearning #AcademicChatter

[iMED Laboratory Pitt @iMEDLaboratory]

Free flap #surgery requires monitoring to detect #vascular compromise. If not caught promptly, the flap can be lost. We showed that automatic hardware-only classifier can be effectively used for monitoring patency on real pig blood flow data. https://t.co/aHKdsQyBKF
#research

[iMED Laboratory Pitt @iMEDLaboratory]

#ResearchHighlight We introduced the energy distribution vertex-frequency representation of a graph signal to improve graph analyses:
https://t.co/uxylecEuqB
#graphs #networktheory #datascience #research #innovation #AcademicChatter

[iMED Laboratory Pitt @iMEDLaboratory]

#ResearchHighlight Comparing the trajectories of motor and cognitive decline in older adults who progress to dementia with the trajectories of those who do not: https://t.co/lXAP9dPeSQ
#gait #brain #datascience #AcademicChatter

[iMED Laboratory Pitt @iMEDLaboratory]

#ResearchHighlight Wirelessly powered implantable medical devices require efficient power transfer through biological tissue within safety constraints on energy absorption: https://t.co/IMfWpGmYiB
#research #innovation #engineering #medicine #AcademicChatter

[iMED Laboratory Pitt @iMEDLaboratory]

#ResearchHighlight Do you networks/graphs whose connections change in time? If you do, we have a tool for you: https://t.co/X8bnq0CK7C
#GraphTwitter #DataScience #DataAnalytics #networks #AcademicChatter

[iMED Laboratory Pitt @iMEDLaboratory]

#ResearchHighlight We compared #brain organization during no-distraction #swallowing and swallowing with distraction to understand how brain regions responsible for attention influence brain activity during swallowing: https://t.co/viHmkvjtVU
#dysphagia #computationaldeglutition