Coming Up at Dimensions+ 2022 - Hear from the Experts in Autonomy

November will be here before you know it!
Learn more about what’s next in autonomy at Dimensions+ 

A jackpot of value awaits you at Dimensions+ 2022 with 12 sessions geared to an array of topics. Join us as we talk about how you can clear your path on your journey to autonomy, guided by Trimble. Learn how we’re reimagining the levels of autonomy, how we’re developing the solutions that drive it, the importance of collaboration on your journey, where Trimble reigns supreme above the competition — and even sessions led by some of our partners and customers so you can hear how they’re moving their business forward leveraging our tools and expertise. 

Take a moment to add sessions to your calendar by clicking here, and we’ll see you in November at the Venetian in Vegas!

Advanced Path Planning and Machine Control Paves the Way to Autonomous Heavy Machines [A-1591] Wed., Nov. 9, 10:30 AM - 11:30 AM PST 
This presentation provides an overview of our path planning module and the controls system module, part of our autonomous technology stack. The path planning module consists of a set of libraries and web services designed for the purpose of optimally navigating a vehicle through an area that includes obstacles or avoidance zones. Vehicles can have different steering and collision models and also support different types of implements, e.g. - 3-point implements, fixed implements or drawbar implements. The path planning libraries and services solve multiple navigation problems common in agricultural or construction projects. Start-ups, OEMs and value added resellers can use these libraries and cloud services or embed path planning in computing devices as part of their solution. Once the path has been generated for the machine and implement(s), the control system module can execute this plan in real time by interfacing with standard machine interfaces, such as tractor implement management (TIM) or proprietary OEM interfaces. The control systems module ensures the plan is completed as accurately and as safely as possible. Beyond the fundamental pre-planning capability, the two components can also interact and consume new information in real-time from sensors or other relevant autonomous components that are part of the solution. The system is able to adjust plans on-the-fly and deliver the new plan to the controls module, allowing the system to continue operating efficiently and effectively.

Autonomy Unleashed: How Technology Innovators Are Making the Fully Autonomous Future a Reality [A-1681] Mon., Nov. 7, 2:30 PM - 3:30 PM PST
Find out how leading autonomy experts are building partnerships and developing autonomous tools and workflows to enable industries to solve their most pressing challenges during this panel discussion featuring Trimble’s own Autonomy SVP Patty Boothe. Gain real-world insight into how today’s leaders are approaching creative problem solving, discover what they’ve learned from years of real-world experience, and find out where they think autonomy is headed next.

AV Localization: A Blueprint to Getting There [A-1497] Tue., Nov. 8, 10:00 AM - 11:00 AM PST
Reliably determining the location and heading of an autonomous vehicle is critical for self-navigation. This breakout session, featuring the founder and CEO of Perrone Robotics, presents a robust approach for localization of AVs that can assess the location and heading of a vehicle in any environment by utilizing GPS-based guidance combined with RTK corrections, redundancy of corrections, dead reckoning, LiDAR-based localization, and enhanced vehicle-to-infrastructure (V2I) communications. Find out what this enables in the real world!

Better Driving Through Map-Based Localization: How Trimble is Solving Position and Orientation in Challenging Environments [A-1701] Tue., Nov. 8, 11:30 AM - 12:30 PM PST
Knowing the precise location and orientation of a vehicle in GNSS difficult or denied environments is key in guidance, steering, optimal path planning and obstacle avoidance to ensure a safe, efficient work environment. As localization technologies such as SLAM and indoor positioning systems arise, finding a solution that is both cost-effective and accurate enough to meet stringent safety requirements can be a challenge. Learn how Trimble meets these challenges with map-based localization that provides robust and accurate positioning in GNSS difficult environments in this breakout session.

Beyond the 5 Levels: Autonomy on Your Terms [A-1608] Mon., Nov. 7, 1:00 PM - 2:00 PM PST
Autonomous tech is rapidly changing the way we live, work and play as we enter the Fourth Industrial Revolution. In this breakout session, strategic leaders at Trimble make a case against the linear, one-size-fits-all approach to autonomy in favor of a multifaceted, collaborative approach. Discover what Trimble has learned over two decades of real-world experience that’s been driven by real-world problem solving, and how that approach will deliver you to full autonomy faster, safer and more efficiently. 

Enabling Safe Operation of Off-Road Autonomous Machines with High-Availability Localization and Situational Awareness [A-1590] Wed., Nov. 9, 9:00 AM - 10:00 AM PST
Localization and perception are two major components of any autonomy-ready offer. These provide the ability for a vehicle to locate itself within the world, and the ability for a vehicle to perceive the world around it in order to make informed and safe decisions. In GNSS-difficult applications, simultaneous localization and mapping (SLAM) enables precise positioning to provide seamless navigation solutions everywhere. Safe operation of an autonomous vehicle is achieved through reliable perception of the environment. Our obstacle detection and dynamic object tracking system uses a combination of RADARs, LiDARs and cameras to help users avoid collisions. Our perception system also helps users understand the operating environment by segmenting and labeling an observed scene into classes such as traversable terrain, buildings, vehicles, vegetation and more. Our localization and perception technology stack is not a one-size-fits-all solution. Each operating environment requires a unique combination of sensors, algorithms and configurations, as well as customized neural network training. We will highlight several real world examples of working with customers to understand their exact needs for using our perception kits, while standing up dedicated data pipelines, with data privacy and cybersecurity in mind.

From Zero to Autonomous Workflow in 18 Months [A-1593] Wed., Nov. 9, 1:30 PM - 2:00 PM PST 
In this presentation we reveal how Trimble was able to go from idea to level-4 autonomous compaction workflow in under 18 months. We will discuss how existing Trimble technology was leveraged, how new technology was added, and how our focus on the customer workflow guided our development. We’ll pull this all together with a live demonstration of the workflow with the machine running at our local off- site expo… all from the comfort of your climate controlled seats.

The Building Blocks of the AV: Real-World Lessons Learned on the Road [A-1700] Mon., Nov. 7, 4:00 PM - 5:00 PM PST
By 2030, nearly all cars sold will have at least Level 2+ automation where the vehicle can drive and change lanes on its own. To accomplish this with safety at the forefront, various embedded technologies like sensors and precise positioning gear are necessary. This breakout session led by the founder and president of VSI Labs provides new insights from real-world precise positioning performance data to give you a greater understanding of ADAS/AD hardware.

Trimble Autonomy Technology Suite: Making Autonomous Technology Accessible, On-Demand and Ready for the 4IR Future [A-1607] Tue., Nov. 8, 4:00 PM - 5:00 PM PST
To date, integrating autonomous technology into complex OEM systems has proven a time consuming task. In this session, Trimble's Meiko Martin will preview Trimble’s answer to this persistent application challenge, including an overview of specs, use cases and lessons learned from real-world experience. Soon, OEM customers will have the opportunity to purchase a single, customized solution on-demand, enabling OEMs to utilize a best-in-class solution while also speeding up development time.

Trimble RTX: Past, Present and Future—How Correction Services is Enabling Industry 4.0 and Beyond [A-1680] Tue., Nov. 8, 2:30 PM - 3:30 PM PST
Trimble celebrated 10 years of Trimble RTX® technology this year. Over the past decade, Trimble RTX has redefined what’s possible across a wide range of markets, as we continue to deliver on the promise of the 4th Industrial Revolution. In this session, executive leaders from Trimble Autonomy will discuss how satellite-based correction services continue to enable new business opportunities for emerging applications, clarifying how RTX easily integrates for added value in a 5G-ready future.

Using the Virtual Proving Ground (VPG) to Accelerate the Development of Autonomous Solutions [A-1592] Wed., Nov. 9, 1:00 PM - 1:30 PM PST
In this presentation, we will share the way the virtual proving ground (VPG) is being used to expedite the development of several autonomy projects. The presentation will show examples of several custom simulators created with a just-in-time approach to deliver virtual equipment with hardware in the loop to testers, developers and stakeholders. Finally, we will present an overview of the latest and future upgrades of the VPG tools that have enabled the Trimble Autonomy simulation team to deliver and continue to produce high fidelity solutions in record time.

We’re eager to meet you and discuss how we can meet your autonomy needs — on your terms.