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Wiatt family with homestead "Hills View" (Gloucester) in the center -- 12 children of Alexander & Maude Wiatt, first child Mary born 1882. My grandpa Todd is in the five o'clock space.
Lab Purpose: Master RIP Equal Cost Load Balancing configuration,
learn how to modify load balancing path.
Click the below links to view the complete lab configuration.
Mark Rockwood, co-owner of Fore River Sound Stage, points out the different configurations available for film and TV productions to use at their new facility in what used to be a National Guard Armory in South Portland.
Ultra minimalist configuration: connecting the shoulder straps to the external laptop sleeve/shell
Picture c/o Ember Equipment
Configuration 3- This particular set up offers the maximum amount of seating, but limits what you’re able to accomplish in the back of the 210 Montauk. Said configuration would depend highly on the boats mission and intended use.
For more tests, reviews, captain's report go to Boston Whaler 210 Montauk (2015-) model page
Single strobe. I have three 20 foot extension cords so the distance from camera to strobe can be 20, 40 or 60 feet.
A full description can be found here.
Comparison between PowerMac G3 and G5
End of 2004 - Update configuration
PowerMac G3 -> PowerMac G5 + PowerBook G4
This is the configuration panel of the Jukebox Jockey software. This will help you configure your jukebox to the way you like it. If logged in as the guest in your jukebox, you can get here using the administrator password. The default password is "a" for administrator. Find out more details about our Jukebox Software at www.jukeboxjockey.com.
Lab Purpose:
Observed STP working principal, learn how to change STP common
parameters such as STP priority, STP interface cost, STP interface
priority.
Learn how to modify a switch to a primary root or a secondary root.
Learn how to enable rapid STP.
Click the below links to view the complete lab configuration.
The proposal for an adaptive housing project and its chosen location arose from two obstacles that all modern cities, and the world as a whole, face. The urban environment is revered for its cultural amalgam of people and wide range of demographics; however with this density and diversity comes a shortage of one type or another of commodious housing. Additionally and consequentially, the city must expand and build new buildings, leaving older, unsuitable building vacant. An adaptive architecture would allow families to grow and demographics to shift within the established community, all the while reinvigorating that second obstacle the city and the world is facing today - the disconnect from our natural world. Adaptable housing that also displays its adaptive forces in its form and texture, as responses to environmental conditions, would raise public awareness of the forgotten lessons that nature has to teach our modern society.
This video describes how this single unit can be transformed into various configurations, through the use of floor panels and an accordion wall system.
Watch this video on Vimeo. Video created by Kevin Mowatt.
This week's Eurorack modular iteration: Integrating the 12 stage phaser. I finished wiring up all the I/O, onboard controls, and power scheme. Now I need some utilities and LFO's to make it sparkle. Still loving the rest of my setup as well. I'm looking forward to some long complex LFO action on that phaser with time related warps on the Verb module and some shifting on that Wavetable module. Its all an amazing, self-driving drone machine.
Hardware configuration
CPU
Allwinner H6 Quad Core 64bits Quad-Core Cortex-A53@1.8GHz
GPU
Mali-T720
RAM
4G
ROM
32G/64G
6K/4K Video
HDR10 ,HLG,HDR,6K 30fps，4K 60fps, 1080p 60fps video decoding,
including H265/HEVC Main/Main 10 profile level5.2 High-tier;
4K 60FPS;H264/AVC BP/MP/HP level5.1,MVC,4K 30fps;
WIFI
802.11 b/g/n/AC (very fast WiFi, near 1000Mbs) Dual band Wifi , 2.4G and 5G with Bluetooth
Memory card
Support TF card, up to 32GB
HDMI
HDMI 2.0a;HDCP2.2
OTG
yes
HOST
USB 2.0 /3.0
Operating system
Android 9.0
Video Output
HDMI,AV
Bluetooth
YES
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If you choose the tv box with Google assistant air mouse , your package will include G10S Voice air mouse as below:pls note it will has no IR remote control included
Google assistant air mouse
Lab Requirement: Only PC1 can remote access the router.
Click the below links to view the complete lab configuration.
A single Cube shows how the same space can form different configurations of shapes. When putting 4 together one can discover the unfolding of the cubic crystalline structure, one that is a basic and ever present building system of Nature. From the formation of Rock Salt Crystals to the arrangement of the Honeycombs in a Beehive. Again there are 5 or more major shapes that will „fall into place“. A nice add on is the possibility to explore the relationship between 2 cubes which in itself is a Full Set to explore.
Want to see the transformation of a single Magic Geocube? Go to vimeo.com/user23706515/geobender/geocubes/surfer_single
Want to see a geometric combination with 4 Single Magic Geocubes? Go to vimeo.com/99561025
Would you like to see more Magic Geocubes? You want to buy one or more? Go to www.GeoBender.com
Lab Purpose: Master VLAN and VTP configuration
Lab Requirement: Set VTP to www.ccieuniversity.com , password
Set SwitchA to VTP Server mode，create VLAN 10 name ccieuniversity1
and VLAN 20 name ccieuniversity2，enable VTP pruning.
Set SwitchB to VTP Client more，assign interfaces Fa0/1—10 to
VLAN10, Fa0/11—20 to VLAN20.
Set SwitchC to VTP Transparent mode.
Click the below links to view the complete lab configuration.
www.ledful.com/support/learn-center/we-will-explain-how-t...
Publish Time : Jan 17 2020
NOVASTAR control cards are more and more popular for that they can provide higher refresh rate and processing depth (grey level) especially in the application of small pixel pitch LED display screens.
Just like any led display control system, sometimes after a long time of operation, the control card may lose the configuration file (“.rcfg” file if NOVASTAR) and couldn't get it from the original supplier. In this case, you'd need to set the parameters in the program and configure the new file.
Here we will explain how to configure this file.
1. Collect basic tech parameters of the led display hardware.
For instance, here we have two led cabinets with P10 SMD LED modules, then we install asynchronous NOVASTAR control cards, one sending card, two receive cards on them.
And I connect the sending card to the laptop with the net cable.
we will explain how to configure this file 1
And the basic tech parameters of this led display are:
we will explain how to configure this file 2
This P10 SMD LED screen consists of 2 cabinets. When I face it, the signal transfer sequence is from right to left.
Each cabinet consists of 9 modules 3(W)*3(H).
The size of each LED module is 320mm X 320mm, with the resolution of 32pixels X 32 pixels.
The resolution of this LED screen is 192 pixels X 96 pixels.
2. Install the software of NOVASTAR control system.
NovaLCT-Pluto and Pluto Manager is the software that you need to install for NOVASTAR asynchronous control system.
Note: NOVASTAR synchronous control system and asynchronous control system use different software. Refer below:
we will explain how to configure this file 3
3. Configure the NOVASTAR asynchronous control card.
1. Open the software NovaLCT-Pluto, connect the sending card to the laptop with a net cable. And click “Search All Site(S)”.
we will explain how to configure this file 4
Probably you would not find the sending card.
we will explain how to configure this file 5
So you'd need to check the IP of the Laptop, and change it to be “192.168.0. XXX” - the IP of the laptop must be in the same net segment with the IP of the sending card so that the communication between them (computer and control card) could happen.
Here I change the IP address of my laptop as below:
we will explain how to configure this file 6
And also change the relevant place in the software:
we will explain how to configure this file 7
we will explain how to configure this file 8
Now search the control card again, and this time you could find it.
we will explain how to configure this file 9
Click "connect terminal", the laptop will be connected to the sending card.
Note: The default IP address of sending card is "192.168.0.208" which is defined in the factory, usually we don't change it.
2. User login. Key in password "admin", and you would enter the "screen config" interface.
we will explain how to configure this file 10
we will explain how to configure this file 11
After User Login, we can start to configure the control card.
we will explain how to configure this file 12
Enter "smart setting" interface.
we will explain how to configure this file 13
3. Start "smart setting". Here you need to input the basic tech parameters of the LED screen.
we will explain how to configure this file 14
we will explain how to configure this file 15
Chip type: choose "common chip".
Actual pixel: That's the LED module resolution. As mentioned above, in this sample, each LED module is 32pixels X 32 pixels.
Scan type: It's OK to choose "unknown"if you don't know it. (Actually, there's simple way to know the scan type. If you want to learn this, please contact us.)
Cols: each cabinet has 3X3 modules. So key in 3, 3.
Module cascade type (from the front): We explained at the first ste when watch from the front, the signal transfer sequence is from right to left.
After you've filled all those tech parameters, press "Next"
4. In following steps, you need to watch the LED screen's change, and then make the right choice of what you see.
we will explain how to configure this file 16
we will explain how to configure this file 17
Choose "Black", press "Next". And it will get into "Auto switch status".
we will explain how to configure this file 18
When the LED screen shows the right colors, click "Next"
we will explain how to configure this file 19
Total 8 rows were lighting, so key in "8", and click "Next"
we will explain how to configure this file 20
According to the picture above, key in "4", and click "Next".
Note: if we choose "1/2" as the "scan type" but not "unknown", this step will be skipped. So now you know that when you key in "4", it means we are "telling" the control card that the LED modules are with 1/2 scan mode.
5. In this step, we can see on the LED display screen, at first, there is one pixel brighten. (we mean only the white color)
we will explain how to configure this file 21
Then we can find the location of the white pixel in below chart accordingly - row 5, column 8, that is position "A".
we will explain how to configure this file 22
Now follow the sequence of the brighten pixel shown on the LED display screen, click the correspondent position on the chart one by one to finish this process.
we will explain how to configure this file 23
6. Now, the smart setting is accomplished. Next we are going to do "screen configure".
In this step, we will define the sequence of the receiving cards.
We have 2 receiving cards. So it's very easy to configure them.
we will explain how to configure this file 24
When we input Scan Board Columns "2" and Scan Board Rows "1"
In the area below it will appear two square areas represent 2 receiving cards.
The width and height of Scan Board Size means the resolution of the led cabinet.
Here it is 96X96 pixels.
we will explain how to configure this file 25
The arrow in the black square means the sequence of receiving card is from right to left.
And click "send to HW"
we will explain how to configure this file 26
The configuration of the NOVASTAR asynchronous control card is now finished.
For further information, please email sales@ledful.com
Lab Purpose: Master static and dynamic NAT configuration.
Click the below links to view the complete lab configuration.
Configuration options for the placement of notification banners in Apple's iOS.
Platz, Cheryl, 2020. Design Beyond Devices: Creating Multimodal, Cross-Device Experiences. New York: Rosenfeld Media. rosenfeldmedia.com/books/design-beyond-devices/
Lab Purpose: Master static route and default route configuration
Click the below links to view the complete lab configuration.
Lab Purpose:
Master switch basic configuration.
Master switch port security configuration.
Lab Requirement: finish basic configuration including ip address, default gateway.
Enable port security on Fa0/3 to allow maximum 10 mac address to be learn, others
will be dropped.
Click the below links to view the complete lab configuration.
This is the configuration I used to do the 165 second stability test of the Joby Gorillapod SLR_Zoom, with the camera in vertical position. Notice that the leg on the left is curled, so it touches the ground and goes back up to support the outside edge of the camera. It felt solid and safe, and took about 15 seconds to configure.
I used this configuration because the Gorillapod was difficult to configure in the traditional stance, with three (kind of) straightened legs; It took 90 seconds to configure, and did not feel safe and steady… however, I was able to get a 2 minute exposure without any blur.
I was also able to use vertical orientation with good results by removing the ballhead and Z-Finder bracket, But, I still prefer wrapping the leg up so it supports the camera body, even though the camera is an inch or two closer to the ground.
The tripod is rated to hold a camera that weighs 3 kg (6.6 lbs.). This is a Canon 5D mark II, Canon EF 100mm f/2.8L IS USM Macro Lens, and the mounting bracket for a Zacuto Z-Finder Pro 3x. Total weight; about 1.5 kg (3.3 lbs). The Z-finder bracket added about 30 g, and put the camera farther from the center of gravity of the Gorillapod, but, I wanted a worst-case-scenario.
Lab Purpose: Master OSPF basic configuration.
Master manually assign RID(Router ID).
Master how to modify ospf interface priority.
Observe DR BDR selection process.
Lab Requirement: R3 would be the DR,R2 would be BDR, R4 will not
participate in the selection.
Click the below links to view the complete lab configuration.