What's going on in Long Beach?
378 karma · joined December 5, 2012
What's going on in Long Beach?
I still use Firefox because it works reasonably for my usage but I stopped promoting it to other people around me. For the average user Chrome is good, very good even. And Firefox lost its uniqueness and UI differences that made it stand out. And if nobody talks anymore about your product then you are done.
If you want to make an Amiga 2020 today you will really need something that the normal PC/Apple/phone/console does not do.
For example:
The Amiga 2020 needs: a 64 core CPU in which each core or set of cores can run a fully independent&secure version of the OS. I'm thinking switching between OS's like the Amiga workbench could switch between resolutions.
The Amiga 2020 needs of course a hardware chip that does perfect speech interpretation. None of this half/half Siri or Ok Google stuff. The local AI on chip will handle that all.
The Amiga 2020 needs a hardware chip that will control any set of VR glasses easily. The OS will of course have a graphical layout that will fully use AR and VR capabilities such that the user can do cool things with it like AR augmented desktops that exist both on computer and physically on the desk in front of you. I want to have my AR rolodex as my address book.
The Amiga 2020 needs 21st century expansion to talk to external devices. Either via 4G/5G such that computer and peripheral can always talk to each other no matter how far away they are. Or something more fancy like low power led/laser beam comms so that you just have to place the peripheral next to the computer to make them sync up.
The only thing missing is the spirit of the "future of the computer". Do not underestimate how optimistic we were at that time that computers, with their endless possibilities, would solve just about any problem in the world. The 21st century is a very different place.
The original page seems long gone but web archive has it: http://web.archive.org/web/20010330140327/www.synicon.com.au...
If you personally hear the difference is a completely different subject of course.
I saw on the Pi forums that somework is being done by people but it is not there yet.
Link in dutch: https://eenvandaag.avrotros.nl/item/fabrikant-van-coronamedi...
- when I get a notification in the systray that there is an update I click on it but nothing happens. Then I have to click on the Update Manager which also presents itself in the systray as having an update to start the actual update process. Why can't the program giving the notification be started directly from the notification popup window?
- the restart/shutdown dialog is infuriating!. When I click on restart or shutdown I get presented with a full screen overlay in which I have to click again on restart or shutdown. Ok: I understand the need for a confirmation. But the click area is very sensitive and I you accidentally just outside of the icon area you will be dropped back to the desktop. ARGH! Why do UI designers always think that everyone has some sort of FPS aiming capability with the mouse and can repeatedly click with pixel accuracy?
And to top things of the issue did not fix itself, as of Friday afternoon my start menu search still did not work.
The Netherlands will be fine. Actually the Netherlands will make bank selling water management knowledge to others.
If these were numbers (range 1979-2019, winning numbers 2016, 2002, 2017, 2019) that could be used to predict the odds of winning in a lottery then I would be very happy to use them and buy a 2020 lottery ticket.
Below the details for an Alfa Romeo Giulia, which is interesting because it was a complete new design when introduced in 2016, not a rework of a previous platform:
3 networks run in parallel: These networks and their subnetworks are protected by a Security Gateway Module (SGW).
- CAN-C (high-speed 500 kb/s)
- CAN-CH (high-speed 500 kb/s)
- CAN-IHS (medium-speed 125 kb/s)
Modules connect to 1st network: - Body Control Module (BCM)
- Instrument Panel Cluster (IPC)
- Occupant Restraint Control (ORC)
- Radio Frequency Hub (RFH) Module
- Antilock Brake System Module (ABS)
- Adaptive Cruise Control Module (ACC)
- Emergency Assistance Module (EAM)
- Primary Powertrain Control Module 2.9 V6 (PCM - P)
- Powertrain Control Module 2.0 I4 DI (PCM)
To 2nd network: - ABS Module
- BCM
- Electric Steering Lock (ESL)
- Park Assist Module (PAM)
- Electric Power Steering (EPS)
- FFCM - Haptic Lane Feedback (FFCM - HALF)
- Occupant Restraint Control (ORC)
- Active Aerodynamic Module Left – Front left Splitter actuator (AAML)
- Active Aerodynamic Module Right – Front right Splitter actuator (AAMR)
- Adaptive Front Light System (AFLS)
- Chassis Domain Control Module (CDCM)
- Torque Vectoring Module (TVM)
To 3rd network: - Instrument Panel Cluster (IPC)
- Comfort Seat Wheel Module (CSWM)
- Left Blind Spot Sensor (LBSS)
- Right Blind Spot Sensor (RBSS)
- Amplifier (AMP)
- Trailer Tow Module (TTM)
- Heating Ventilation and Air Conditioning (HVAC)
- Entertainment Telematic Module VP2, VP4 (ETM)
- BCM
- Entertainment Multimedia Control Module (EMCM)
- Secondary Powertrain Control Module 2.9 V6 (PCM - S)But we all know that markets are driven by emotion: losing 3.5% of your raw materials in a market that is projected to grow 45% will cause big fluctuations. But that is just my opinion.
Lesson for web designers: do not do this. Now we are talking about a silly web feature while we are supposed to look at whatever message your website is trying to convey.
Let's see what the day will bring...
* reading the 0-10V or 4-20mA signals from sensors.
* AD converters convert the values into a digital representation in field devices.
* move the data to real-time controllers that run control algorithms and send outputs back to motors/valves/pumps/etc.
* those controllers move the data often via raw Ethernet packets to other real-time controllers and Windows stations used for operator visualization.
* some Windows workstations gather data into databases for historical usage. Sometimes this is a SQL type database, sometimes a flat database used to get better storage performance.
* then data is moved to local databases that can be used by the onsite teams to analyze it in an office environment.
* then that data is then moved into big data offsite/remote storage for analysis of how the medium and long term performance of the industrial installation and comparison to other installations in other parts of the world.
* from that reports are made with key performance indicators and graphs.
And each time the data is passed up a layer the format of the data and timestamps may be adjusted to match operating system that the data is passed to.
Check out the DEFCON 2018 talk "Through the Eyes of the Attacker" to see to what lengths the TRITON attackers went. These guys were dumping eeproms from boards running obscure MIPS processors and were looking at raw ethernet packets in Wireshark and flipping bits in the packets to see what would happen. That their command&control was running on Windows was just coincidence.
The main line of defense is these days is "layers of an onion" network with (physical) controls such that data easily can get out to a higher layer but that it is very difficult to get in from a higher layer back down into a deeper layer.
A completely airgapped network is not practical anymore because the alternative is even worse: nobody wants to have dozens or 100ths of operators, maintenance engineers and 3rd party contractors running around the facility with usb sticks because there is no network to move stuff around. If you have a network then you can control where the data comes into your network, who copies the data to where and what data is visible for which user.
- check the readability of lower and upper case "i" (india) against the number "1" (one)and the lower and upper case "l" (lima).
- Check the readability of the lower and upper case "o" (oscar) against the number "0".
- check if the font can be used monospaced with being reasonable to good readability.
If it passes those checks then it is often good enough for me.
Of course you can do a calculation on how it is economically better to drive a car for a longer period of time compared to factories using resources to make new cars. But at this moment all the focus is to get NOx and particulate matter emissions down, preferably in cities.
So noone, except you, cares about how fuel efficient your old car is because even the biggest modern Mercedes, BMW or Audi luxury barge is more environmentally friendly than yours. Buy any modern (less than 5 years old) normal everyday car and immediately you lower the amount the amount you pollute in your everyday driving.
The autonomous truck will most likely happen but my prediction is that the real revolution will be automated loading/unloading. And the automated forklifts will unload into fully automated warehouses. And fully automated pickers will pick orders for delivery to your doorstep via fully automated drones. And driven from the doorstep to your fridge by a cargo roomba...
Are there any detailed specs on how Tesla controls the electric motor(s) in the truck? AC, DC, controller types,etc..?
In the near future there will be services like the amazon and google voice assistants that rely on you being the product and there will be services that you use in private without relying on them sucking up all your meta data.
Signs have been setup to block cars from entering those roads during morning and evening rush hour. But still you see many people taking that road, blindly following the map instructions.