Ah - I'm not assuming anything! You are clearly not one of the lucky ones for whom the operating system will sort everthing!
The things you mention - safety, guaranteed response times - are some of the case where we need to step outside of that. Would you be able to deliver, or contribute to, a presentation on some of the "difficult" requirements when it comes to multi-processing?
I will be doing my best to assemble a track which will cover how others are doing it but your personal experience sounds very interesting and well worth listening to.
Hmm, "the OS will take control of everything"...so you'd assume in doing multithread work I'll never encounter a global HW buffer, or allocated memory, or have to write my own OS? That doesn't sound much like the "embedded" programming I'm familiar with! Of course I've spent a lot of time doing safety-critical work (mostly on the systems side lately) where the reqs are so tight we virtually have to guarantee a deterministic response time for ALL processing, so highly complex OSes become difficult to impossible to justify, and in that world under the very strictest rules we're probably at least several years from being allowed to even consider OO programming let alone multithread, but even so it'll be coming someday, but look what I'm talking about is embedded programming TOO, and even now it would be educational for me to llearn how "everyone else" is solving these issues (if in fact in the future I can just rely on an OS that will take control of everything, and not have to think these things through myself, that still bothers me at some level).
Thanks for your input, Jeff. I agree that multicore/multithreaded development is a big bugbear for a lot of people right now. Many more of us are having to come to terms with developing on multicore platforms and it isn't easy! For many, the OS will take control of everything but that isn't always the case.
I will certainly be looking out for submissions on this. At previous ESC events, Rob Oshana has contributed several session on this so he's definitely a name to look out for this time.
Perhaps I could encourage you to look at submitting somwehing yourself describing the issues you have with current tools, languages and methodologies? I think something like that could spark some very useful discussion.
On the IoT angle, there is a co-located summit on IoT engineering on the Wednesday of EELive which specifically mentions security in the brief (http://www.eeliveshow.com/sanjose/conference/). I think that could be worth checking out.
You ask what keeps me awake at night? I think it's the huge learning curve which the embedded industry is going through at the moment. We have multicore platforms, HMP everywhere, ever-increasing demands on battery life, FPGA devices etc. There is some really exciting hardware emerging and the software community has its work cut out to get the best out of it. EELive is a great part of helping with that.
OK, we've got all this emphasis on multicore hardware, how come there are so few languages that we would want to use that actually support multithreaded applications to the extent that they have available tools THAT WORK to show whether a particular application is threadsafe AND that have a "reasonable" set of choices for automatic memory management (possibly including garbage collection, why would you want to do multithread if you needed to reinvent memory management for each program you write? what's the point of writing multithread libraries for languages that "happen" to be used a lot if they stymie the correct systems approach for complex applications and DON'T offer such tools?) already BUILT INTO the language? Or the next-generation tools that help us by assisting our efforts to partition our program into threads by assessing per-processor load at runtime, and maybe automatically coding the thread separation for us? Should we be spending more effort evaluating a more "GPU-like" approach to multithreading (like CUDA)? Where are the next-generation OSes written in these new environments that we can write our next-generation programs on top of? Oh yeah, and where's our security model for IoT? I mean that's all that keeps ME up at night, what bothers you?
I agree that the whole "Internet of Things" is currently associated with a lot of FUD. There are a lot of competing architectures, standards and protocols and nothing clear seems to have emerged so far.
I will certainly have a good look at the submissions I receive and see what can be included to cover what you're looking for.
Indeed...you could consider submitting yourself along the lines of a case study into how the whole field looks from your perspective?
What are the engineering and design challenges in creating successful IoT devices? These devices are usually small, resource-constrained electronics designed to sense, collect, send, and/or interpret data. Some of the devices need to be smart enough to act upon data in real time, 24/7. Are the design challenges the same as with embedded systems, but with a little developer- and IT-skills added in? What do engineers need to know? Rick Merritt talks with two experts about the tools and best options for designing IoT devices in 2016. Specifically the guests will discuss sensors, security, and lessons from IoT deployments.