• DAY 1 (South Hall Upper Floor):
  • 
• Capella:
  • Carina 1 frame latency DMA (Direct Memory Access) Camera and Video processing card
  • Cambria Live Series software
• NTT Electronics:
  • Realtime H.264/AVC HD codec with 60p and 33 msec latency
  • AVC/H.264 Codec for Contribution and Distribution with 1 frame latency and 16ch/8 PES audio
  • Ultra Low Latency H.264 software Codec using Capella Carina 1 frame latency DMA (Direct Memory Access) Camera and Video processing card
• Elemental:
  • HEVC H.265 software/hardware decoder
  • 4K Encoding for On Demand and Real-time Delivery
• Sonic Notify
• Nimbus (http://www.nimbus.kr):
  • Full HD 1080p60 Zero delay (10ms) H.264 Encoder for remote desktop
• Panopto Video Platform: vCMS with E-learning recorder
• Angry Moose :-)
• VanguardVideo:
  • V.265 – World’s first pure software H.265/HEVC real-time encoder
  • H.265/HEVC 4K UltraHD Encode/Decode
• Epson Curved Edgeblending Projection:
  • Concave or Convex multi projector curved edgeblending
  • HDBaseT based projectors PowerLite Pro G6900WU
  • 
  • BrightLink Pro 1410Wi instant Whiteboard solution (no PC required)
• Middle Atlantic
  • Presentation/Video Conferencing Monitor Pedestal
  • 
  • Rack Link Intelligent Power Management
  • 
  • New additions to ViewPoint Line of operator consoles
• Brightcove Video Cloud:
  • Cloud based online video platform (vCMS)
  • 
• Streamstar streaming Innovations:
  • Webcast appliance with instant replay function
• LiveU
  • Portable Uplink Solution
  • iPhone Uplink Solution with MiFi stick
• Toshiba
  • On-Air Max Flash – Flash Memory playout server
  • ExaEdge – World’s first SSD-to-IP Direct Streaming Server w/ 64K concurrent sessions
• DAY 2 (South Hall Lower Floor):
  • 
• Black Magic:
• • 
  • Pocket Cinema ($995)
  • Cinema Camera ($2995)
  • Production 4K ($3995)
  • BMCC Rigs
  • BMCC4K Rigs
• RED labs
• Christie:
  • World’s first 4K 60Hz DLP Projector
• AJA:
  • Hi5-4K – 4K SDI to 4K HDMI converter
  • 
  • T-Tap – HD-SDI to Thunderbolt converter
  • 
• MATROX
  • Avio KVM Extenders – Dual DVI Fiber KVM Extender up to 4Km/2.5mi (Zero Compression, Zero Latency)
  • 
  • Maevex Video Over IP Digital Signage solution
  • 
  • Matrox Mojito 4K editing solution
  • 
  • Matrox MicroQuad – Quad SDI to HDMI multiviewer for 3G/HD/SD
  • 
• Ventuz
  • Real-time graphics content creation for professional presentations, video wall setups, multitouch applications or broadcast graphics
  • Spotted Zebra Ltd
  • MultiTaction Cell Displays – unlimited touch points, including hands, fingers, fingertips, 2D markers, real-life objects 
  • 3Monkeys
• Haivision
  • Viper
• Darim
  • Microstation and standLED lights
• CalDigit
  • VR mini 2
  • Thunderbolt Station
• Promise Technology
  • FiberChannel to Thunderbolt Interface
  • V-Trak zero server workgroup GFS (VTrakFS) Fiberchannel Storage
  • 
• Samsung Transparent Display
• LiveStream
• DIT Station
  • Rogue4 on-set data management and playback workstation
• SGI (Silicon Graphics)
• DAY 3 (Central Hall)
• The PadCaster
• Portalis
  • The Pro-xi workstation integrator
• Panasonic
  • Ultra Wide Camera Solutions
  • 4K Camcorder
• JVC
  • GY-HM650 2.0 ProHD mobile news camera – Dual coded with wifi and optional LTE modem for realtime streaming
• Codex – The Vault digital recorder
• DJI
  • Phantom
• Fraunhofer IIS:
  • Computational Imaging – HDR Camera/Camera Array
  • Multi-view capturing for lightfield computation, HDR and higher frame rates
  • 
  • HDR video capturing with a single shot
  • 
• Tascam:
• • DR-60D DSLR External Audio Recorder
  • 
• ATOMOS
  • H2S HDMI to HD-SDI (or vice versa)
  • Samurai Blade
• Freefly
  • Movi M10
• Teradeck
  • VidiU portable RTMP streamer
• Syrp genie motion controller for time lapse photography
• Sony 4K Stitch with Virtual Camera
• DAY 4 (North Hall)
• IBM
  • PureData System for Analytics
  • 
• NHK
  • Over-the-Air Transmission of Super Hi-Vision (8K)
  • Super Hi-Vision Camera’s
  • Hybrid Cast – Accurate Graphic Rendering synchronized with frame and second screen

The core idea here is that you have a windows share (\\elm\DROPBOX in my case) which has a bunch of subfolders under it, one per class (they are in the form of BDCxxx.yyy in my case). What we’re trying to do is give AD users who are in AD groups (also called BDCxxx.yyy in my case) which represent classes enough permission to get inside \\elm\dropbox and see the name of the subfolders and be able to drag files onto the appropriate class subfolder (BDCxxx.yyy), essentially submitting their assignment. What we don’t want to let the users do is to peak inside those subfolders. It’s the equivalent of a “write only” group permission on a folder (no execute or read bit) in unix land. We also want to have our instructors be able to access everything in the DROPBOX share, so we use a group called DropBoxMasters for that purpose.

For the sake of this example I will use the student/class group BDC974.011 which the students belong to and DropBoxMasters group for our instructors. So here we go:

1) We obviously need a share. If you’re using a FS7500 NAS you just create the share and that’s it, no sharing permissions, everything is controlled by Windows ACL’s. If your share is on windows then I guess you can give full control sharing permissions to Domain Users. Once this is done we access \\elm to set the Windows permissions on DROPBOX share.

2) For DROPBOX we need the following permissions to be set to Allow and Apply it to “This folder only”: Traverse folder/execute file, List folder/read data, Read attributes, Read extended attributes, Read permissions. This will allow our BDC974.011 students to see the content of this folder (i.e. the subfolders, one per course). Remember that you need to create this permission set for each individual course/group/class. And remember to apply to “This folder only”.

3) Still on DROPBOX share permissions we want to setup the DropBoxMasters group. This one is easy since it’s “Full control” permission that applies to “This folder, subfolder and files”. Easy :-)

4) Before we go on, a note about the above process. In the permissions/Advanced security settings you should only have the “class/course” groups, the DropBoxMasters group, SYSTEM group (with full control) and Domain Admins (with full control). Next we want to create the subfolders inside DROPBOX, one subfolder per course/class (BDC974.011 in my case). Permission wise we want to setup the following permissions for the group that matches our course/folder (i.e. the example screen shots here are for group BDC974.011 on subfolder \\elm\DROPBOX\BDC974.011). We need the following permissions to be set to Allow and Apply it to “This folder only”: List folder/read data, Read attributes, Read extended attributes, Create files/write data, Create folders/append data, Write attributes, Write extended attributes, Read permissions.

5) Still in the security settings for the course subfolder we need to add “CREATOR OWNER” to the list of permissions (This is a built-in windows entity) and give it the following permissions for “Files only”: basically all the allow check boxes EXCEPT the following (leave unchecked)……Full control, Change permissions, Take ownership. Remember these permissions are to be applied to “Files only”.

That’s it…..Now just keep repeating this for all your courses/groups.

Here is a quick way to rebuild the Launch Services database and get rid of duplicates in the Open With submenu:

/System/Library/Frameworks/CoreServices.framework/Frameworks/LaunchServices.framework/Support/lsregister -kill -r -domain local -domain system -domain user

This process should take about a minute or two. You should check to see if this has fixed the problem. On my machine, running 10.8.2, I had to also restart Finder to complete the process using the following command:

killall Finder

That’s all…..Now Open With submenu is squicky clean

system time-configuration view

system time-configuration -updatetime "DD/MM/YYYY HH:MM:SS"

system time-configuration set-ntpserver xxx.xxx.xxx.xxx

That’s it for now…….

Renewing a DHCP lease via the Network System Preference Pane has the advantage of not dropping the connection, unlike switching the interface to BOOTP and back to DHCP. This command mimics that behavior. 

(Via MacOSXHints.com)

Here’s how to turn your FreeNAS box into the ultimate downloading machine so you can download safely and monitor its activity from anywhere.

(Via lifehacker.com)

Back in 1983, Steve Jobs spoke at International Design Conference (IDCA) in Aspen. Now, the full 1-hour audio recording of Steve’s amazing speech discussing things like wireless networking, App Store and the iPad has surfaced, thanks to folks at LifeLibertyTech.com who got their hands on one of the cassette recordings from the conference which were handed out to all attendees.

(Via www.iphoneincanada.ca)

The EnableTalk system uses a glove-mounted microcontroller to collate information from a passel of onboard sensors—11 flex sensors, 8 touch sensors, 2 accelerometers, a compass, and a gyroscope—and transmit it wirelessly to a nearby computer or smartphone for translation into machine generated speech.

(Via MAKE Magazine)

1. Open Settings.
2. Open General.
3. Open Date & Time.
4. Switch the Set Automatically setting to Off.
5. Open Set Date & Time.
6. Set the date to a year ahead.
7. Go back to the Home screen and open Passbook.
8. Tap the App Store button. The App Store should load.
9. Go back to Date & Time and turn on Set Automatically.

That’s it…….life goes on :-)

Nowadays, we take Ethernet for granted. We plug a cable jack in the wall or into a switch and we get the network. What’s to think about?

But it didn’t start that way. In the 60s and 70s, networks were ad hoc hodgepodges of technologies with little rhyme and less reason. But, then Robert “Bob” Metcalfe was asked to create a local area network (LAN) for Xerox’s Palo Alto Research Center (PARC). His creation, Ethernet, changed everything.

Back in 1972, Metcalfe, David Boggs, and other members of the PARC team assigned to the networking problem weren’t thinking of changing the world. They only wanted to enable PARC’s Xerox Altos (the first personal workstations with a graphical user interface and the Mac’s spiritual ancestor), to connect and use the world’s first laser printer, theScanned Laser Output Terminal.

(Via h30565.www3.hp.com)

The first major search advance was Archie, which beginning in 1990 made it possible to search through a site’s file directories. Archie was painful to use, but compared to what we had been dealing with, it was wonderful. Archie was quickly followed by the University of Nevada System Computing Services’ Veronica, which tried to provide Archie-style searches for plain text files.

(Via h30565.www3.hp.com)

George Sollman, another Shugart engineer, took an early model of the 5.25” drive to a Home Brew Computer Club meeting. “The following Wednesday or so, Don came to my office and said, ‘There’s a bum in the lobby,’” Sollman says. “‘And, in marketing, you’re in charge of cleaning up the lobby. Would you get the bum out of the lobby?’ So I went out to the lobby and this guy is sitting there with holes in both knees. He really needed a shower in a bad way but he had the most dark, intense eyes and he said, ‘I’ve got this thing we can build.’”

The bum’s name was Steve Jobs and the “thing” was the Apple II.

(Via h30565.www3.hp.com)

Maybe you’d like to test drive OS X before switching to a Mac or building a Hackintosh, or maybe you just want to run that one killer OS X app on your Windows machine. Whatever your reason, you can actually install and run OS X on any Intel-based Windows PC with a program called VirtualBox. Here’s how.

(Via lifehacker.com)

Neil Armstrong, the first man to walk on the moon during the 1969 Apollo 11 mission, has died. He was 82.

(Via www.nasa.gov)

Preview Fonts with One Click in the OS X Font Window [Mac Tips]:

Most OS X apps have a small “Fonts” window that pops up if you want to change your font’s options, but by default, it doesn’t show you what each font actually looks like. Here’s how to show a preview of every font with one click.

(Via Lifehacker)

While digging through dumps generated from the Apple Mac SE ROM images we noticed that there was a large amount of non-code, non-audio data. Adam Mayer tested different stride widths and found that at 67 bytes (536 pixels across) there appeared to be some sort of image data that clearly was a picture of people. 

(Via www.nycresistor.com)