WARNING This site will be deleted soon. Please see updated URL here.
Carmine Freda (ME)
Carmine is a 5/5 Mechanical Engineering student who enjoys offshore fishing in his free time. Following graduation, he plans on working for NAVAIR in Lakehurst, NJ.
John Gazzara (EE)
John is a 5/5 Electrical Engineering student. Following graduation, he plans on pursuing a Masters Degree at Stevens in Computer Engineering while working for NAVAIR in Lakehurst, NJ.
Nicholas Gray (ME)
Nicholas is a 5/5 Mechanical Engineering student concentrated in product design and manufacturing. Following graduation, he plans on working for NAVAIR in Lakehurst, NJ.
Ryan Palmer (ME)
Ryan is a 5/5 Mechanical Engineering student concentrated in robotics and autonomous systems. Following graduation, he plans on returning to NAVAIR in Lakehurst, NJ.
During the COVID-19 global pandemic, an overwhelming majority of businesses found themselves moving to entirely online communication. While many of these businesses were fortunate enough to have the infrastructure to allow these necessary interactions, many felt that just a screen is not enough to be invested in meetings. Even when users could connect to anyone instantaneously, people felt as though they were missing the subtleties of a face-to-face conversation, or the immersion of physically visiting another location.
ARGOS strived to create a new generation of telepresence systems that dramatically amplified the sense of presence to the user. The aim is to foster a human-to-human communication from any distance in an age of technological separation. Eye to eye contact is an essential element of personal connection. Unlike other solutions, which feel disconnected, ARGOS sought to maintain these nonverbal cues as an integral part of our design. Using a 180-degree binocular camera, and a VR headset the operator can be more immersed in a remote location than ever before. This is combined with an articulating monitor on the remote side to increase the operator’s physical presence in a remote location.
Dr. Biruk Gebre
Dr. Biruk Gebre is a mechanical engineer with a specialization in robotics and control systems. He also an experienced designer and enjoy applying engineering principles to generate novel solutions to challenging real-world problems. He is especially interested in working on research projects and new products in areas related to robotics, transportation, energy, and additive manufacturing.
Milestone 1 includes foundational research for the project as well as basic conceptual designs. Technical details are included in the report and presentation attached below.
The name ARGOS is an abbreviation for Articulating Robotic Gaze Operated System. ARGOS also refers to Argus Panoptes the hundred-eyed giant from ancient Greek mythology. He is known as the “all seeing one” and the term is used for someone that pays incredible detail to something. This name is fitting as the user is able to see the whole room in more detail than ever before.
Pictured here is a mock-up displaying the use cases for ARGOS
One user is in a remote location while the ARGOS system is at a local office
The user can see everything in the remote location and others feel a heightened sense of presence
Milestone 2 includes an initial CAD model with a realized conceptual subsystems. The functions and proposed operation of ARGOS has also been confirmed.
See electrical systems in detail for articulation
This is the bifocal view of the ARGOS Lenovo Mirage Camera that will be utilized in a live stream. Further technical details with how subsystems will communicate are explained in the report and presentation attached below.
Since Milestone 1, the team has conducted a series of tests to evaluate specific design components. Tests include comparisons of hardware running the same software as well as mathematical comparisons. The results of these tests were used to conduct vital design decisions.
Milestone 2.5 involves basic prototyping for an Alpha. This includes rudimentary electrical proof of concepts and hardware prototyping. Details on how the Alpha will be continued are included in the presentation listed here.
Milestone 3 Consisted of only a Report with no presentation. This provided a chance to initially construct the frame and design the internal wiring of ARGOS
Parts were budgeted and ordered for the initial construction
The 2.5 Alpha prototype was configured with an H-bridge and utilized two potentiometers for feedback
Basic Arduino programming was implemented to drive the H-bridge
Milestone 4 allowed the team to assemble all of the components and systems into a functioning unit
Python was used to implement wireless communication
Egarim was utilized for a custom video streaming server
The heart of ARGOS is driven by a Raspberry Pi
The system articulates to match the head position of the operator
For code details, see the ARGOS repository
ARGOS' subsystems were fully functional for the Beta Milestone 4, use of them was documented in the presentation.
For the Milestone 5 final deliverable, the team focused on finishing touches and cosmetic changes. The system was given a new polished enclosure and all power electronics were placed inside. A counterweight was also added to the back of the monitor to reduce jittery motions.
For the 2021 Innovation Expo, the team prepared several demonstrations to help the general public understand the concept of ARGOS.
"Seeing Like ARGOS" Demonstrates the concept of 180-degree video
"ARGOS" Final Movements" shows how ARGOS replicated head-turning and shows what the Expo Table looked like
"ARGOS Final Headset View" shows what the operator can see when wearing a headset to drive ARGOS
The most recent Milestone 5 presentation and Final Report can be found here.
ARGOS was awarded the 2021 Senior Design Award for Mechanical Engineering. This was due to serveral distinguishing factors:
ARGOS was a fully functional prototype during a time where the team had little to no access to labs
ARGOS had an impressive digital setup to show all features during the virtual design expo, including multiple livestreams and cameras to show all features
ARGOS was capable of all features that were proposed during its conception
The listing can be found on the Stevens page here under the Mechanical Engineering tab.
Following the success of ARGOS, the project has been continued by several other teams:
ARGOS 2.0 - Farther design revisions including the integration of Tobii Eye Tracking.
ARGOS 2.1 - Combination of features from ARGOS 1.0 and 2.0, for a fully functional prototype.