Author

Pedro Cardoso

PERFORMANCE OF A DEEP LEARNING SYSTEM FOR AUTOMATIC DIAGNOSIS OF PROTRUDING LESIONS IN COLON CAPSULE ENDOSCOPY: A MULTICENTRIC STUDY
PERFORMANCE OF A DEEP LEARNING SYSTEM FOR AUTOMATIC DIAGNOSIS OF PROTRUDING LESIONS IN COLON CAPSULE ENDOSCOPY: A MULTICENTRIC STUDY

AUTOMATIC DETECTION OF PROTRUDING LESIONS IN MULTI-BRAND DEVICE-ASSISTED ENTEROSCOPY USING A CONVOLUTIONAL NEURAL NETWORK – A PILOT STUDY
AUTOMATIC DETECTION OF PROTRUDING LESIONS IN MULTI-BRAND DEVICE-ASSISTED ENTEROSCOPY USING A CONVOLUTIONAL NEURAL NETWORK – A PILOT STUDY

Pedro Cardoso  et al.

DEEP LEARNING AND CAPSULE ENDOSCOPY: AUTOMATIC MULTI-BRAND PANENDOSCOPIC DETECTION OF VASCULAR LESIONS
DEEP LEARNING AND CAPSULE ENDOSCOPY: AUTOMATIC MULTI-BRAND PANENDOSCOPIC DETECTION OF VASCULAR LESIONS

Pedro Cardoso  et al.

PERFORMANCE OF A DEEP LEARNING SYSTEM FOR AUTOMATIC DIAGNOSIS OF PROTRUDING LESIONS IN COLON CAPSULE ENDOSCOPY: A MULTICENTRIC STUDY
PERFORMANCE OF A DEEP LEARNING SYSTEM FOR AUTOMATIC DIAGNOSIS OF PROTRUDING LESIONS IN COLON CAPSULE ENDOSCOPY: A MULTICENTRIC STUDY

Pedro Cardoso  et al.

DEEP LEARNING AND MINIMALLY INVASIVE CROHN'S DISEASE INFLAMMATORY ACTIVITY ASSESSMENT: DEVELOPMENT OF A PAN ENDOSCOPY CONVOLUTIONAL NEURAL NETWORK
DEEP LEARNING AND MINIMALLY INVASIVE CROHN'S DISEASE INFLAMMATORY ACTIVITY ASSESSMENT: DEVELOPMENT OF A PAN ENDOSCOPY CONVOLUTIONAL NEURAL NETWORK

Pedro Cardoso  et al.

AUTOMATIC DETECTION OF ULCERS AND EROSIONS IN PILLCAM™ CROHN’S CAPSULE USING A CONVOLUTIONAL NEURAL NETWORK
AUTOMATIC DETECTION OF ULCERS AND EROSIONS IN PILLCAM™ CROHN’S CAPSULE USING A CONVOLUTIONAL NEURAL NETWORK

Pedro Cardoso  et al.

DEEP LEARNING AND DEVICE-ASSISTED ENTEROSCOPY: MULTIBRAND AND MULTISYSTEM DETECTION OF PANENDOSCOPIC PLEMORPHIC LESIONS
DEEP LEARNING AND DEVICE-ASSISTED ENTEROSCOPY: MULTIBRAND AND MULTISYSTEM DETECTION OF PANENDOSCOPIC PLEMORPHIC LESIONS

Pedro Cardoso  et al.

DEEP LEARNING AND DEVICE-ASSISTED ENTEROSCOPY: AUTOMATIC DETECTION OF PLEOMORPHIC GASTROINTESTINAL LESIONS IN DEVICE-ASSISTED ENTEROSCOPY USING CONVOLUTIONAL NEURAL NETWORKS
DEEP LEARNING AND DEVICE-ASSISTED ENTEROSCOPY: AUTOMATIC DETECTION OF PLEOMORPHIC GASTROINTESTINAL LESIONS IN DEVICE-ASSISTED ENTEROSCOPY USING CONVOLUTIONAL NEURAL NETWORKS

Pedro Cardoso  et al.

CAPSULE ENDOSCOPY: AUTOMATIC IDENTIFICATION AND DIFFERENTIATION OF SMALL BOWEL LESIONS WITH DISTINCT HEMORRHAGIC POTENTIAL USING A CONVOLUTIONAL NEURAL NETWORK
CAPSULE ENDOSCOPY: AUTOMATIC IDENTIFICATION AND DIFFERENTIATION OF SMALL BOWEL LESIONS WITH DISTINCT HEMORRHAGIC POTENTIAL USING A CONVOLUTIONAL NEURAL NETWORK

Pedro Cardoso  et al.

DEEP LEARNING AND MINIMALLY INVASIVE ENDOSCOPY – PANENDOSCOPIC DETECTION OF PLEOMORPHIC LESIONS
DEEP LEARNING AND MINIMALLY INVASIVE ENDOSCOPY – PANENDOSCOPIC DETECTION OF PLEOMORPHIC LESIONS

Pedro Cardoso  et al.

CLINICAL AND PATHOLOGICAL CHARACTERIZATION OF LIVER LYMPHOMAS: A RETROSPECTIVE SINGLE-CENTER STUDY
CLINICAL AND PATHOLOGICAL CHARACTERIZATION OF LIVER LYMPHOMAS: A RETROSPECTIVE SINGLE-CENTER STUDY

Pedro Cardoso  et al.

AUTOMATIC DETECTION OF SMALL BOWEL PROTRUDING LESION IN DOUBLE-BALLOON ENTEROSCOPY USING A CONVOLUTIONAL NEURAL NETWORK: A PROOF-OF-CONCEPT STUDY
AUTOMATIC DETECTION OF SMALL BOWEL PROTRUDING LESION IN DOUBLE-BALLOON ENTEROSCOPY USING A CONVOLUTIONAL NEURAL NETWORK: A PROOF-OF-CONCEPT STUDY

Pedro Cardoso  et al.

DEEP LEARNING AND DEVICE-ASSISTED ENTEROSCOPY: MULTIBRAND AND MULTISYSTEM DETECTION OF ULCERS AND EROSIONS
DEEP LEARNING AND DEVICE-ASSISTED ENTEROSCOPY: MULTIBRAND AND MULTISYSTEM DETECTION OF ULCERS AND EROSIONS

Pedro Cardoso  et al.

​ARTIFICIAL INTELLIGENCE AND ANORECTAL MANOMETRY: AUTOMATIC DETECTION AND DIFFERENTIATION OF ANORECTAL MOTILITY PATTERNS - A PROOF OF CONCEPT STUDY
​ARTIFICIAL INTELLIGENCE AND ANORECTAL MANOMETRY: AUTOMATIC DETECTION AND DIFFERENTIATION OF ANORECTAL MOTILITY PATTERNS - A PROOF OF CONCEPT STUDY

Pedro Cardoso  et al.

ARTIFICIAL INTELLIGENCE AND CAPSULE ENDOSCOPY: AUTOMATIC DETECTION OF GASTRIC PROTRUDING LESIONS USING A CONVOLUTIONAL NEURAL NETWORK
ARTIFICIAL INTELLIGENCE AND CAPSULE ENDOSCOPY: AUTOMATIC DETECTION OF GASTRIC PROTRUDING LESIONS USING A CONVOLUTIONAL NEURAL NETWORK

Pedro Cardoso  et al.

AUTOMATIC DETECTION OF COLONIC ULCERS AND EROSIONS IN COLON CAPSULE ENDOSCOPY IMAGES USING A CONVOLUTIONAL NEURAL NETWORK
AUTOMATIC DETECTION OF COLONIC ULCERS AND EROSIONS IN COLON CAPSULE ENDOSCOPY IMAGES USING A CONVOLUTIONAL NEURAL NETWORK

Pedro Cardoso  et al.

DEEP LEARNING AND HIGH-RESOLUTION ANOSCOPY: ASSESSING THE IMPACT OF STAINING AND OVERCOMING THE IMPACT THERAPEUTIC ANAL MANIPULATION IN THE AUTOMATED DETECTION AND DIFFERENTIATION OF ANAL SQUAMOUS CELL CANCER PRECURSORS
DEEP LEARNING AND HIGH-RESOLUTION ANOSCOPY: ASSESSING THE IMPACT OF STAINING AND OVERCOMING THE IMPACT THERAPEUTIC ANAL MANIPULATION IN THE AUTOMATED DETECTION AND DIFFERENTIATION OF ANAL SQUAMOUS CELL CANCER PRECURSORS

Pedro Cardoso  et al.

ARTIFICIAL INTELLIGENCE AND CAPSULE ENDOSCOPY: AUTOMATIC DETECTION OF GASTRIC VASCULAR LESIONS USING A CONVOLUTIONAL NEURAL NETWORK
ARTIFICIAL INTELLIGENCE AND CAPSULE ENDOSCOPY: AUTOMATIC DETECTION OF GASTRIC VASCULAR LESIONS USING A CONVOLUTIONAL NEURAL NETWORK

Pedro Cardoso  et al.

DEEP LEARNING AND CAPSULE ENDOSCOPY: AUTOMATIC DETECTION OF MULTIPLE GASTRIC LESIONS IN WIRELESS CAPSULE ENDOSCOPY
DEEP LEARNING AND CAPSULE ENDOSCOPY: AUTOMATIC DETECTION OF MULTIPLE GASTRIC LESIONS IN WIRELESS CAPSULE ENDOSCOPY

Pedro Cardoso  et al.

PERFORMANCE OF A DEEP LEARNING ALGORITHM FOR AUTOMATIC DETECTION OF BLOOD IN THE GASTRIC LUMEN USING CAPSULE ENDOSCOPY IMAGES
PERFORMANCE OF A DEEP LEARNING ALGORITHM FOR AUTOMATIC DETECTION OF BLOOD IN THE GASTRIC LUMEN USING CAPSULE ENDOSCOPY IMAGES

Pedro Cardoso  et al.

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