Discover the Secrets to Unleashing Outdoor Autonomy at RoboBusiness
Introduction:
RoboBusiness, the premier event for commercial robots, is set to take place at the Santa Clara Convention Center on October 18-29. With a focus on developing robots for unstructured, off-road environments, the event will feature Jack Morrison, the Co-Founder and CEO of Scythe Robotics, as a speaker. Morrison will share valuable insights and lessons learned from the development and deployment of Scythe’s M.52 all-electric, fully autonomous commercial lawn mower. Attendees can expect to gain a deep understanding of how unstructured environments influence hardware, perception, and software design decisions for off-road robots. With over 60 speakers and 100 exhibitors, RoboBusiness offers a unique opportunity to network and explore the latest advancements in the field of robotics.
Full Article: Discover the Secrets to Unleashing Outdoor Autonomy at RoboBusiness
Building Robots for Unstructured Environments: Scythe Robotics’ Perspective
Developing robots that can operate in unstructured, off-road environments comes with its own unique set of challenges. Unlike indoor mobile robots or autonomous on-road vehicles, off-road robots need to be rugged and resilient to withstand outdoor conditions and perform complex tasks. In addition, these robots must have reliable sensors that can function in any operating condition, specialized software processing tailored to their tasks, and the ability to optimize power usage due to intense power needs for off-road applications like grass cutting, harvesting, or bulldozing.
Jack Morrison, the Co-Founder and CEO of Scythe Robotics, will be sharing his insights and experiences at the upcoming RoboBusiness event. Scheduled to take place at the Santa Clara Convention Center from October 18-29, RoboBusiness aims to showcase the impact of unstructured environments on hardware, perception, and software design decisions for off-road robots. Morrison will draw from his experiences in developing and deploying Scythe’s M.52 all-electric, fully autonomous commercial lawn mower.
Meet Jack Morrison: A Passionate Technical Leader
Jack Morrison is a highly experienced technical leader with a strong passion for bridging the gap between computers and the physical world. He has a proven track record of leading innovative and collaborative initiatives and organizations. With a vision for the future of long-term autonomous robotics, Morrison firmly believes that software engineering and novel research can work together to achieve extraordinary advancements.
Morrison’s Background in Computer Vision and Robotic Software
Morrison brings a wealth of experience in computer vision and robotic software to his role as CEO of Scythe Robotics. He started his career as a software engineer at MITRE Corporation, where he worked on developing computer vision systems for UAV imagery. Following that, he pursued a Robotics PhD at George Washington University, focusing on long-term, collaborative robotic autonomy and perception.
During his time as CEO and Co-Founder of Replica Labs, Morrison developed monocular, dense 3D reconstruction systems using early smartphone video. The company was later acquired by Occipital. In 2018, Morrison, along with Isaac Roberts and Davis Foster, founded Scythe Robotics. The company has since grown to have more than 50 employees and is expanding its facilities in Longmont, CO.
RoboBusiness: Leading the Way in Commercial Robotics
RoboBusiness is a premier event focused on the development of commercial robots. With over 60 speakers, 100 exhibitors, and numerous demos on the expo floor, the event provides a platform for networking, showcasing innovative products, and sharing knowledge and insights. It also features the Pitchfire Robotics Startup Competition, which highlights promising robotics startups. The list of speakers is constantly updated with more industry experts.
Co-Located Events: Field Robotics Engineering Forum and DeviceTalks West
RoboBusiness will take place alongside the Field Robotics Engineering Forum, an event dedicated to the development of outdoor robotics that can thrive in dynamic environments. Additionally, DeviceTalks West, an industry event for medical technology professionals, will also be co-located with RoboBusiness. These events attract professionals from various engineering and business backgrounds in healthcare and medical technology.
Don’t Miss Out on RoboBusiness and the Opportunity to Learn from Scythe Robotics
If you’re interested in the future of robotics and want to gain insights into the challenges and solutions for robots operating in unstructured environments, RoboBusiness is the place to be. Be sure to mark your calendars for October 18-29 and join us at the Santa Clara Convention Center for this exciting event. Learn from industry leaders like Jack Morrison and discover the latest innovations in the field of commercial robotics.
Summary: Discover the Secrets to Unleashing Outdoor Autonomy at RoboBusiness
At the upcoming RoboBusiness event, Jack Morrison, the CEO of Scythe Robotics, will discuss the challenges and considerations involved in designing robots for unstructured environments. This includes hardware resilience, sensor functionality in various conditions, and optimized software processing. Morrison’s insights draw on the development of Scythe’s all-electric, fully autonomous commercial lawn mower, the M.52. With his expertise in computer vision and robotic software, Morrison aims to highlight the importance of adapting design decisions to the unique demands of off-road robots. RoboBusiness, co-located with the Field Robotics Engineering Forum, is a leading event in the commercial robotics industry, featuring prominent speakers, exhibitors, and networking opportunities.
Frequently Asked Questions:
1. What is robotics?
Answer: Robotics is a branch of technology that deals with the design, construction, operation, and application of robots. It involves a combination of mechanical engineering, electrical engineering, and computer science to develop machines that can perform tasks autonomously or with human assistance.
2. What are the different types of robots?
Answer: There are various types of robots based on their applications and functionality. Some common types include industrial robots used in manufacturing processes, service robots used for tasks like cleaning and assistance, humanoid robots designed to resemble humans, and medical robots used in healthcare procedures.
3. How do robots perceive and interact with their environment?
Answer: Robots use various sensors (such as cameras, ultrasound, and LIDAR) to perceive their surroundings and collect data. This data is then processed through algorithms and artificial intelligence to make decisions and perform actions. Robots may also interact with their environment through actuators like motors, grippers, and touch sensors.
4. What is the future of robotics?
Answer: The future of robotics holds great potential, with advancements in artificial intelligence and technology enabling robots to become more capable. We can expect to see robots playing a significant role in industries like healthcare, agriculture, transportation, and personal assistance. Additionally, collaborative robots (cobots) that work alongside humans are gaining popularity for improved efficiency and safety.
5. What are some ethical concerns surrounding robotics?
Answer: As robotics continues to advance, there are ethical concerns that need to be addressed. These include issues related to job displacement, privacy and data security, the potential misuse of robots for harm, and questions about responsibility when robots make decisions. It is vital to establish guidelines and regulations to ensure the ethical development and use of robotics in society.
