Tags

• data 2
• yeast 2
• heat shock 2
• aggregation 2
• Virtualization 1
• Wireless sensor networks 1
• Fault tolerance 1
• Fault tolerant systems 1
• Optimization 1
• Delays 1
• Computer architecture 1
• Deep feature 1
• Mobile platform 1
• Perceptual 1
• Probabilistic model 1
• Retarget 1
• other 12
• new_member 3
• Global Positioning System 1
• Roads 1
• Location awareness 1
• Geology 1
• RFID tags 1
• Vehicle dynamics 1
• publication 9
• collab 1
• talk 1
• award 3
• Aspect-based sentiment analysis 1
• Deep learning 1
• Convolutional Neural Networks 1
• Recurrent neural networks 1
• Bidirectional LSTM 1
• Multi-layer 1
• neural 1
• network, 1
• Signal 1
• reconstruc-tion, 1
• Speech 1
• synthesis, 1
• Linear 1
• predictive 1
• coding 1
• Face 2
• Retrieval, 1
• Relevance 1
• Feedback,Deep 1
• Convolutional 2
• Neural 1
• Network, 2
• Active 1
• Learning, 1
• UserInteraction 1
• Distracted 1
• driver 1
• detection, 2
• NeuralNetworks, 1
• Real-time 1
• Computer 1
• Vision 1
• Cross-modal 1
• retrieval; 1
• Hashing;Generative 1
• Adversarial 3
• Network 1
• Datasets, 1
• Generative 2
• Networks, 1
• Textto 1
• Image, 1
• Facial 1
• Attributes, 1
• Generation 1
• UserInteraction, 1
• CycleGAN, 1
• StarGAN 1

data

• Disaggregation assay data visualization
• Aggregation assay data visualization

yeast

• Disaggregation assay data visualization
• Aggregation assay data visualization

heat shock

• Disaggregation assay data visualization
• Aggregation assay data visualization

aggregation

• Disaggregation assay data visualization
• Aggregation assay data visualization

Virtualization

• Virtualization in Wireless Sensor Networks: Fault Tolerant Embedding for Internet of Things

Wireless sensor networks

• Virtualization in Wireless Sensor Networks: Fault Tolerant Embedding for Internet of Things

Fault tolerance

• Virtualization in Wireless Sensor Networks: Fault Tolerant Embedding for Internet of Things

Fault tolerant systems

• Virtualization in Wireless Sensor Networks: Fault Tolerant Embedding for Internet of Things

Optimization

• Virtualization in Wireless Sensor Networks: Fault Tolerant Embedding for Internet of Things

Delays

• Virtualization in Wireless Sensor Networks: Fault Tolerant Embedding for Internet of Things

Computer architecture

• Virtualization in Wireless Sensor Networks: Fault Tolerant Embedding for Internet of Things

Deep feature

• FastShrinkage: Perceptually-aware Retargeting Toward Mobile Platforms

Mobile platform

• FastShrinkage: Perceptually-aware Retargeting Toward Mobile Platforms

Perceptual

• FastShrinkage: Perceptually-aware Retargeting Toward Mobile Platforms

Probabilistic model

• FastShrinkage: Perceptually-aware Retargeting Toward Mobile Platforms

Retarget

• FastShrinkage: Perceptually-aware Retargeting Toward Mobile Platforms

other

• BigMM 2019 Best poster award
• ICDM/ICBK KGC Honourable Mention
• First prize in ACM INDIA Chapters Technology Solution Contest - 2019
• TCS Fellowship Award to Shivangi Singhal
• Paper Accepted in KBS
• Mind Your Language
• Kiki Challenge Dataset Release
• We are on FB and Twiter now
• Vaishali got placed
• Dr. Debanjan, is now an adjunct faculty IIIT-Delhi
• Dr. Rajiv organized MR2AMC
• MIDAS Lab is here

new_member

• Hitkul joined as PhD
• Shivangi joined as PhD
• Hitkul joined as intern

Global Positioning System

• Geometry-based Localization for GPS Outage in Vehicular Cyber Physical Systems

Roads

• Geometry-based Localization for GPS Outage in Vehicular Cyber Physical Systems

Location awareness

• Geometry-based Localization for GPS Outage in Vehicular Cyber Physical Systems

Geology

• Geometry-based Localization for GPS Outage in Vehicular Cyber Physical Systems

RFID tags

• Geometry-based Localization for GPS Outage in Vehicular Cyber Physical Systems

Vehicle dynamics

• Geometry-based Localization for GPS Outage in Vehicular Cyber Physical Systems

publication

• Paper accepted at ACMMM2018
• Paper accepted at ACMMM2018
• #phramacovigilance is live now
• Paper accepted in IEEE, ACSA.
• Paper accepted in WWW'18
• Paper accepted in NAACL 2018
• Paper accepted at MR2AMC 2018
• Paper accepted at MR2AMC 2018
• Workshop proposal accepted

collab

• NII is our new collaborator

talk

• Prof. Rada delivere keynote in MR2AMC

award

• Hitkul, Shivangi and Himanshu got internship at NII
• Shivangi, got the ACM India Grad Cohort 2018
• Dr. Rajiv, got the Heidelberg Laureate Forum fellowship 2018

Aspect-based sentiment analysis

• Aspect-Based Financial Sentiment Analysis using Deep Learning

Deep learning

• Aspect-Based Financial Sentiment Analysis using Deep Learning

Convolutional Neural Networks

• Aspect-Based Financial Sentiment Analysis using Deep Learning

Recurrent neural networks

• Aspect-Based Financial Sentiment Analysis using Deep Learning

Bidirectional LSTM

• Aspect-Based Financial Sentiment Analysis using Deep Learning

Multi-layer

• MyLipper: A Personalized System for Speech Reconstruction using Multi-view Visual Feeds

neural

• MyLipper: A Personalized System for Speech Reconstruction using Multi-view Visual Feeds

network,

• MyLipper: A Personalized System for Speech Reconstruction using Multi-view Visual Feeds

Signal

• MyLipper: A Personalized System for Speech Reconstruction using Multi-view Visual Feeds

reconstruc-tion,

• MyLipper: A Personalized System for Speech Reconstruction using Multi-view Visual Feeds

Speech

• MyLipper: A Personalized System for Speech Reconstruction using Multi-view Visual Feeds

synthesis,

• MyLipper: A Personalized System for Speech Reconstruction using Multi-view Visual Feeds

Linear

• MyLipper: A Personalized System for Speech Reconstruction using Multi-view Visual Feeds

predictive

• MyLipper: A Personalized System for Speech Reconstruction using Multi-view Visual Feeds

coding

• MyLipper: A Personalized System for Speech Reconstruction using Multi-view Visual Feeds

Face

• Text2FaceGAN: Face Generation from Fine Grained Textual Descriptions
• Facefetch: An Efficient and Scalable Face Retrieval System That uses Your Visual Memory

Retrieval,

• Facefetch: An Efficient and Scalable Face Retrieval System That uses Your Visual Memory

Relevance

• Facefetch: An Efficient and Scalable Face Retrieval System That uses Your Visual Memory

Feedback,Deep

• Facefetch: An Efficient and Scalable Face Retrieval System That uses Your Visual Memory

Convolutional

• Are you paying attention? Detecting Distracted Driving in Real-time.
• Facefetch: An Efficient and Scalable Face Retrieval System That uses Your Visual Memory

Neural

• Facefetch: An Efficient and Scalable Face Retrieval System That uses Your Visual Memory

Network,

• User Input Based Style Transfer While Retaining Facial Attributes
• Facefetch: An Efficient and Scalable Face Retrieval System That uses Your Visual Memory

Active

• Facefetch: An Efficient and Scalable Face Retrieval System That uses Your Visual Memory

Learning,

• Facefetch: An Efficient and Scalable Face Retrieval System That uses Your Visual Memory

UserInteraction

• Facefetch: An Efficient and Scalable Face Retrieval System That uses Your Visual Memory

Distracted

• Are you paying attention? Detecting Distracted Driving in Real-time.

driver

• Are you paying attention? Detecting Distracted Driving in Real-time.

detection,

• Are you paying attention? Detecting Distracted Driving in Real-time.
• Are you paying attention? Detecting Distracted Driving in Real-time.

NeuralNetworks,

• Are you paying attention? Detecting Distracted Driving in Real-time.

Real-time

• Are you paying attention? Detecting Distracted Driving in Real-time.

Computer

• Are you paying attention? Detecting Distracted Driving in Real-time.

Vision

• Are you paying attention? Detecting Distracted Driving in Real-time.

Cross-modal

• Supervised Generative Adversarial Cross-modal Hashing by Transferring Pairwise Similarities for Venue Discovery.

retrieval;

• Supervised Generative Adversarial Cross-modal Hashing by Transferring Pairwise Similarities for Venue Discovery.

Hashing;Generative

• Supervised Generative Adversarial Cross-modal Hashing by Transferring Pairwise Similarities for Venue Discovery.

Adversarial

• User Input Based Style Transfer While Retaining Facial Attributes
• Text2FaceGAN: Face Generation from Fine Grained Textual Descriptions
• Supervised Generative Adversarial Cross-modal Hashing by Transferring Pairwise Similarities for Venue Discovery.

Network

• Supervised Generative Adversarial Cross-modal Hashing by Transferring Pairwise Similarities for Venue Discovery.

Datasets,

• Text2FaceGAN: Face Generation from Fine Grained Textual Descriptions

Generative

• User Input Based Style Transfer While Retaining Facial Attributes
• Text2FaceGAN: Face Generation from Fine Grained Textual Descriptions

Networks,

• Text2FaceGAN: Face Generation from Fine Grained Textual Descriptions

Textto

• Text2FaceGAN: Face Generation from Fine Grained Textual Descriptions

Image,

• Text2FaceGAN: Face Generation from Fine Grained Textual Descriptions

Facial

• Text2FaceGAN: Face Generation from Fine Grained Textual Descriptions

Attributes,

• Text2FaceGAN: Face Generation from Fine Grained Textual Descriptions

Generation

• Text2FaceGAN: Face Generation from Fine Grained Textual Descriptions

UserInteraction,

• User Input Based Style Transfer While Retaining Facial Attributes

CycleGAN,

• User Input Based Style Transfer While Retaining Facial Attributes

StarGAN

• User Input Based Style Transfer While Retaining Facial Attributes