Here is a list of possible projects with their associated slides

  - Radiation Oncology Projects (McNutt)  {{:courses:456:2019:projects:cis_2_projects_mcnutt_2019.pptx| Slides}}
  - Accurate Measurement of Neck Flexion Angle during Thyroid Surgery (Razavi & Creighton) {{:courses:456:2019:projects:acurate_measurement_of_surgeons_neck_flextion_angle_during_surgery.pptx|Slides}}
  -  Diagnosis of Superior Canal Dehiscence and Evaluation of Surgical Outcome based on Electrocochleography (ECochG) Waveforms (Creighton,Galaiya, Shahbazi, Razavi) {{:courses:456:2019:projects:diagnosis_of_superior_canal_dehiscence_and_evaluation_of_surgical_outcome_based_on_electrocochleography.pptx|Slides}}
  - Deep Learning for CT Scan Identification of Temporal Bone and Skull Base Landmarks (Creighton) {{:courses:456:2019:projects:deep_learning_for_ct_scan_identification_of_temporal_bone_and_skull_base_landmarks.pptx|Slides}}
  - Analysis of Head Motions during ENT surgery (Creighton) {{:courses:456:2019:projects:analysis_of_head_motions_during_ent_surgery.pptx|Slides}}
  - Hierarchical Labeling of resting state functional MRI brain networks (Unberath) {{:courses:456:2019:projects:cis_ii_hierarchical_labeling_of_resting_state_fmri_brain_networks.pptx|Slides}}
  - CIS II Pediatric ICU Ventilation Monitoring (Unberath, Fackler) {{:courses:456:2019:projects:cis_ii_pediatric_icu_ventilation_monitoring.pptx|Slides}}
  - Feasibility of Statistical Shape Analysis in Congenital Heart Disease (Gaur) {{:courses:456:2019:projects:cis_ii_project_-_lg_with_narration.pptx|Narrated Slides}} 
  - Markerless pose analysis for hand injury (Xu) {{:courses:456:2019:projects:cis_ii_project_hand_pose_analysis.pptx|Slides}}
  - Assessing Safe Pedicle Screw Placement:Robot-assisted vs Traditional Approach (Unberath, theodore, Yi) {{:courses:456:2019:projects:cis_ii_robotic_spine_surgery.pptx|Slides}}
  - Real-time Tumor Tissue Localization with Sensorized Needle  (Patel, Kim,Iordachita) {{:courses:456:2019:projects:cis2_2019_tissue_stiffness_final.pptx|Slides}}
  - Improving real-time control of the Galen microsurgical robot (Shahbazi, Taylor) {{:courses:456:2019:projects:improving_real-time_control_of_the_galen_microsurgical_robot.pptx|Slides}}
  - Stiffness and deflection characterization of the Galen microsurgical robot (Shahbazi, Taylor) {{:courses:456:2019:projects:stiffness_and_deflection_characterization_of_the_galen_microsurgical_robot.pptx|Slides}}
  - Surgical tool gravity compensation for Galen microsurgical robot (Shahbazi, Taylor) {{:courses:456:2019:projects:surgical_tool_gravity_compensation_for_galen_microsurgical_robot.pptx|Slides}}
  - Robot-Assisted Ultrasound Visual Servoing using Deep Learning for Repeatable Biopsy (Shahbazi, Boctor, Macura, Taylor) {{:courses:456:2019:projects:robot-assisted_ultrasound_visual_servoing_using_deep_learning_for_repeatable_biopsy.pptx|Slides}}
  - Robotic Ultrasound Assistance via “Hand-Over-Hand” Control (Boctor, Taylor, Gilboy) {{:courses:456:2019:projects:robotic_ultrasound_assistance_proposal.pptx|Slides}}
  - Light Delivery Systems for PA-Guided Surgery (Bell) {{:courses:456:2019:projects:bell_cis2_project_2019.pptx|Slides}}
  - Augmented Reality Magnifying Loupe for Surgery (Kazanzides, Unberath, Qian) {{:courses:456:2019:projects:cis_ii_ar_surgical_loupe.pptx|Slides}}
  - Accuracy Improvement of the da Vinci Robot (Kazanzides, Deguet) {{:courses:456:2019:projects:cis_ii_dvrk_accuracy.pptx|Slides}}
  - HMD-Based Navigation for Ventriculostomy (Kazanzides, Azimi) {{:courses:456:2019:projects:cis_ii_ar_ventriculostomy.pptx| Slides}}
  - Bimanual teleoperation of Steady Hand Eye Robots with DVRK (Patel, Iordachita, Taylor) {{:courses:456:2019:projects:cis2_2019_eyerobot_dvrk_bimanual_teleoperation.pptx|Slides}}
  - Mobile Telesurgery Platform in Mixed-Realty (Azimi, Kazanzides) {{:courses:456:2019:projects:cis_ii_mobile_telesurgery.pptx|Slides}}
  - Augmentation of Haptic Guidance into Virtual-Reality Surgical Simulators (Brown, Shahbazi, Caccianiga) {{:courses:456:2019:projects:augmentation_of_haptic_guidance_into_surgical_simulators.pptx| Slides}}
  - Design and Fabrication of a Curved Oscillating Saw for Rotational Acetabular Osteotomy (Armand, Alambeigi, Taylor) {{:courses:456:2019:projects:cis_ii_project_proposal-alambeigi.pptx|Slides}}
  - Eye Robot Control Algorithms Based on Insertion Depth Information (Iordachita, Kobilarov, Shahbazi, Ebrahimi) {{:courses:456:2019:projects:cis2_2019_depth_final.pptx|Slides}}
  - Endoscope Motion Prediction with Surgeon’s Gaze Data (Huang, Ishii, Yin) {{:courses:456:2019:projects:gaze_endoscope_rui.pptx|Slides}}
  - Robotic System for Automatic Transcranial Magnetic Stimulation (Sefati) {{:courses:456:2019:projects:presentation-shahriar-cis-ii.pptx|Slides}}
  - Automating Eye Surgery with Deep Learning Using Simulated & Real Data (Kobilarov, Iordachita) {{:courses:456:2019:projects:cis_ii_presentation_brian_1_.pdf|PDF}}
  - Projection Mapping (Spatial Augmented Reality) in Surgery (Armand) {{:courses:456:2019:projects:projection_mapping_in_surgery.pptx|Slides}}
  - HMD-Based Fasciotomy for Compartment Syndrome (Kazanzides, Azimi, Osgood) {{:courses:456:2019:projects:cis_ii_ar_fasciotomy.pptx|Slides}}




**More may be added in the future.** Remember that students are ultimately responsible for finding their own project & securing consent from mentors.  Students also are free to propose their own project & to get consent from a qualified mentor and from Prof. Taylor.