Difference between revisions of "Card sorting by function"

Latest revision as of 16:21, 5 July 2014

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Step One -- Familiarize Yourself with Connectors

First, get a box of cards to be sorted, pour them into a pile in the center of the table, and rummage through them, looking for these connector types:

Type	Picture	Clue
HD15		three rows of holes
DVI		lots of little square holes
RJ11		like for a phone, has 4 pins
RJ45		bigger than an RJ11
Sound Ports		little and round, don't stick out, may be 3, 4, 5 or 6
Antenna Connector		much smaller than a F connector (connector for a cable TV)

NOTE: You're not sorting yet, just learning the different connector types.

There will be other connector types, but the above ones are all you need to pay attention to in order to complete this job.

Step Two -- The Basic Sort

Pick up each card and using the following chart, put each card in one of six piles (video, sound, modem, network, wireless, and miscellaneous.)

This is a graph with borders and nodes. Maybe there is an Imagemap used so the nodes may be linking to some Pages.

Step Three -- Finish Up

See if it's correct. You should now have up to 6 piles:

Video Cards
Modems
Sound
Network
Wireless
Miscellaneous

Have someone check your work

En Español

@@ Line 1: / Line 1: @@
+{{migrated}}
+[https://docs.google.com/document/d/1ON2Qu2vZqpMwQQCJtDW44Gor32gurx5Bd6DfAljBG0s/edit?usp=sharing link]
 __NOTOC__
 == Step One -- Familiarize Yourself with Connectors ==
@@ Line 11: / Line 14: @@
 | [[Image:Hd15port.png]]
 | '''three''' rows of holes
+|- align = "center"
+| DVI
+| [[Image:Dvi.png]]
+| lots of little '''square holes'''
 |- align = "center"
 | RJ11
 | [[Image:Rj11port.png]]
-| like for a '''phone'''
+| like for a '''phone''', has 4 pins
 |- align = "center"
 | RJ45
@@ Line 22: / Line 29: @@
 |  Sound Ports
 | [[Image:Soundports.png]]
-| little and round, don't stick out, may be 2, 3, 4, or 5
+| little and round, don't stick out, may be 3, 4, 5 or 6
 |- align = "center"
 |  Antenna Connector
@@ Line 51: / Line 58: @@
     else          [label="MISC", fontsize="11", shape="box", style="bold"]
-    hd15            [label="Does it have an\nHD15\nconnector?", fontsize="11"]
+    hd15            [label="Does it have an\nHD15\nconnector?"]
-    rj11s           [label="Does it have\nTWO RJ11 connectors?", fontsize="11"]
+   dvi             [label="Does it have a\nDVI\nconnector?"]
-    rj45            [label="Does it have an\n RJ45 connector?", fontsize="11"]
+    rj11s           [label="Does it have\nTWO RJ11 connectors?"]
-    antenna         [label="Does it have an\n ANTENNA\nor a connector for an antenna?", fontsize="11"]
+    rj45            [label="Does it have an\n RJ45 connector?"]
-    soundports      [label="Does it have little round\nSOUND PORTS?", fontsize="11"]
+    antenna         [label="Does it have an\n ANTENNA\nor a connector for an antenna?"]
-    singlerj11      [label="Does it have a\n SINGLE RJ11 connector?", fontsize="11"]
+    soundports      [label="Does it have little round\nSOUND PORTS?"]
-    singlejackmodem [label="Does it have a\n SINGLE RJ11 connector?", fontsize="11"]
+    singlerj11      [label="Does it have a\n SINGLE RJ11 connector?"]
+    singlejackmodem [label="Does it have a\n SINGLE RJ11 connector?"]
     start -> hd15
     hd15 -> video [label="YES"]
-    hd15 -> rj11s [label="NO"]
+    hd15 -> dvi  [label="NO"]
+   dvi -> video [label="YES"]
+   dvi -> rj11s [label="NO"]
     rj11s -> modem [label="YES"]
     rj11s -> rj45 [label="NO"]
@@ Line 79: / Line 89: @@
 </graphviz>
-== Step Three -- Subsort according to slot type ==
+== Step Three -- Finish Up ==
+See if it's correct. You should now have up to 6 piles:
-'''Get someone to check your work so far''', and they will show you how to tell PCI and AGP slots from all the other types of card slots. Then you can use the charts below to sub-sort each of the five piles into a grand total of '''thirteen''' piles. (See the bold rectangles below each of the five main types to do your sub-sort.)
-<table>
-<tr>
-<td align="center">
-<graphviz>
-  digraph D {
-   node [fontname="Helvetica", fontsize="11"]
-   edge [fontname="Helvetica"]
-   video         [label="VIDEO", fontsize="10", shape="box"]
-   videoagp   [label="VIDEO AGP", fontsize="10", shape="box", style="bold"]
-   videopci   [label="VIDEO PCI", fontsize="10", shape="box", style="bold"]
-   videoother [label="VIDEO OTHER", fontsize="10", shape="box", style="bold"]
-   video -> videoagp
-   video -> videopci
-   video -> videoother
-  }
-</graphviz>
-</td>
-<td align="center">
-<graphviz>
-  digraph E {
-   modem         [label="MODEM", fontsize="10", shape="box"]
-   modempci   [label="MODEM PCI", fontsize="10", shape="box", style="bold"]
-   modemother [label="MODEM NON-PCI", fontsize="10", shape="box", style="bold"]
-   modem -> modempci
-   modem -> modemother
-  }
-</graphviz>
-</td>
-</tr>
-<tr>
-<td align="center">
-<graphviz>
-  digraph F {
-   network     [label="NETWORK", fontsize="10", shape="box"]
-   netpci      [label="NETWORK PCI", fontsize="10", shape="box", style="bold"]
-   netother    [label="NETWORK NON-PCI", fontsize="10", shape="box", style="bold"]
-   network -> netpci
-   network -> netother
-  }
-</graphviz>
-</td>
-<td align="center">
-<graphviz>
-  digraph G {
-   sound       [label="SOUND", fontsize="10", shape="box"]
-   soundpci    [label="SOUND PCI", fontsize="10", shape="box", style="bold"]
-   soundother  [label="SOUND NON-PCI", fontsize="10", shape="box", style="bold"]
-   sound   -> soundpci
-   sound   -> soundother
-  }
-</graphviz>
-</td>
-</tr>
-<tr>
-<td align="center">
-<graphviz>
-  digraph H {
-   wireless    [label="WIRELESS", fontsize="10", shape="box", style="bold"]
-  }
-</graphviz>
-(no subsort required)
-</td>
-<td align="center">
-<graphviz>
-  digraph I {
-   else        [label="MISC", fontsize="10", shape="box"]
-   elsepciagp  [label="MISC\nPCI or AGP", fontsize="10", shape="box", style="bold"]
-   elseother   [label="MISC\nOTHER", fontsize="10", shape="box", style="bold"]
-   else    -> elsepciagp
-   else    -> elseother
-  }
-</graphviz>
-</td>
-</tr>
-</table>
-== Step Four -- Sub-sub-sort the PCI Network Cards ==
-Take the PCI network card pile and sort it into two piles, those marked 100 or 1000 somewhere on the faceplate and those that are not. ''(Note some network cards are marked both 10 and 100. These should be put in the "MARKED 100 or 1000" pile.)''
-<graphviz>
-  digraph D {
-   nicpci        [label="NETWORK\nPCI", fontsize="11", shape="box"]
-   nicpci100     [label="NETWORK\nPCI MARKED 100 or 1000", fontsize="11", shape="box", style="bold"]
-   nicpci10      [label="NETWORK\nPCI NOT MARKED 100 or 1000", fontsize="11", shape="box", style="bold"]
-   nicpci -> nicpci100
-   nicpci -> nicpci10
-  }
-</graphviz>
-== Step Five -- Finish Up ==
-See if it's correct. You should now have up to 14 piles:
-# Video Cards, PCI
+# Video Cards
-# Video Cards, AGP
+# Modems
-# Video Cards, OTHER
+# Sound
-# Modems, PCI
+# Network
-# Modems, OTHER
-# Sound, PCI
-# Sound, NON-PCI
-# Network, PCI, marked 100 or 1000
-# Network, PCI, NOT marked 100 or 1000
-# Network, NON-PCI
 # Wireless
-# Miscellaneous, PCI or AGP
+# Miscellaneous
-# Miscellaneous, Other
-'''Have someone check your work''' and then put the cards in their boxes.  (Check the box contents as you go, since someone before you might have made a mistake!) ''The boxes are behind you, probably in the same order as above''
+'''Have someone check your work'''
-Thanks for helping us sort these cards!
+[[Card sorting by function en Espanol | En Español]]
-[[Category: Prebuild]]
+[[Category: Hardware ID]]

Difference between revisions of "Card sorting by function"

Latest revision as of 16:21, 5 July 2014

Step One -- Familiarize Yourself with Connectors

Step Two -- The Basic Sort

Step Three -- Finish Up

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