Cisco Blogs
Joel Obstfeld
Joel Obstfeld
Distinguished Engineer
Chief Technology & Architects Office
Joel Obstfeld is a Distinguished Engineer within Cisco's Chief Technology & Architects Office, currently exploring Connected & Autonomous Vehicles (CAVs), Connected and Automated Transportation Systems (CATS), Smart Factories and 'The Network'. In addition to working with and consulting for commercial customers, he's also engaged with members of the academic research community around the world. He was responsible for leading an internal startup that went on to build the Cisco Modeling Labs and Virtual Internet Routing Lab (VIRL) products.
2014 Cisco Pioneer Award winner for VIRL - Virtual Internet Routing Labs.
Articles
Connected vehicles are considered to be one of the major drivers for investment in cellular communications technologies with forecasts projecting every new vehicle produced being ‘connected’ by 2025.
In the previous blog, we looked at the Connected vehicle of tomorrow, at the services that are coming and their data volumes. In this final post, we’re going to take a look at the cost of data and how the financial model will affect manufacturer’s thinking.
In the previous blog, we looked at Connected vehicle services and telemetry, digging into the current data volumes. In this blog, we’re going to take a look at the Connected vehicle of tomorrow.
In the previous blog, we looked at In-Vehicle Infotainment, focusing on streamed media and navigation services. In this blog, we’ll look at Connected vehicle services and telemetry.
In the previous blog, we looked at data from vehicles and why vehicle manufacturers want to gather the information. We also looked to understand data from a ‘per-duty-cycle’ perspective rather than ‘per-day’. In this blog, we’ll look at In-Vehicle Infotainment. What is this and what data volume does it represent?
It’s time to get real about Connected Cars and the volume of data that they will generate. Connected vehicles are often mentioned as being a major driver for 5G, especially with respect to the provision of low-latency communications for safety-related use-cases.