Difference between revisions of "Agilla Releases"

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(New page: Here are pre-packaged versions of Agilla. See the tutorial for installation instructions.)
 
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Here are pre-packaged versions of Agilla. See the [[Agilla Tutorial|tutorial]] for installation instructions.
 
Here are pre-packaged versions of Agilla. See the [[Agilla Tutorial|tutorial]] for installation instructions.
 +
 +
== 05-13-2007 Version 3.0.3 ==
 +
Source
 +
      Added #if statements around cc2420-specific code, modified the AgentInjector to check whether clustering is enabled before it resets the LocationMgr, modified some default settings to use relative paths for portability.
 +
 +
== 05-22-2006 Version 3.0.2 ==
 +
Source
 +
      Added an Example Makefile.Agilla and updated the README to describe the flags in it.
 +
    * 05-16-2006 Version 3.0.1 - Source
 +
      Contains a small fix that rectifies the "QUEUE_ENQUEUE" error that sometimes occurs when there are numerous agents in the network. This distribution contains both the Java and NesC code in a single zip file. To install it, extract it to /opt/tinyos-1.x/.
 +
    * 05-14-2006 Version 3.0 - NesC, Java
 +
      Added support for TelosB platform. Allow the user to disable the grid topology filter and greedy routing. Note that the Java Makefile assumes a $AGILLA environment variable that specifies the root directory of Agilla's NesC code. Agilla's nesC code goes under tinyos-x.1/contrib/wustl/apps/Agilla/.
 +
    *
 +
 +
      07-14-2005 Version 2.2 - NesC, Java
 +
      Comments: Reduced memory usage to avoid stack overflow when large agents are injected.
 +
    *
 +
 +
      05-25-2005 Version 2.1 - NesC, Java
 +
      Comments: This version fixes a bug that prevented you from moving a mote more than once. It also changes the "reset all" function to only reset nodes that are reachable from the base station that broadcasted the reset message.
 +
    * 05-17-2005 Version 2.0 - NesC, Java
 +
      Comments:
 +
      1) The grid size can be changed using the AgentInjector (you no longer have to reprogram all the motes to change the grid size)
 +
 +
      2) When specifying the grid size, you only specify the number of columns (you no longer need to specify the number of rows). The node’s TinyOS address still determines the mote’s location. Mote 0 is at (1,1) located at the lower-left corner of the grid. TinyOS address’s increase in row major order.
 +
 +
      3) A mote’s location can be changed using the AgentInjector (you no longer need to reprogram the mote to change its address/location). The original ID of the mote is always used to specify which mote to modify, e.g., “move mote 1 to location (2,3).”
 +
 +
      4) The AgentInjector enters a modal state for ~3 seconds after a reset to allow the network components to reinitialize themselves. This is especially critical now that I’m sending the base station a message immediately after it resets telling it that it is a base station.
 +
 +
      5) The nodes periodically broadcast a beacon, neighbor discovery is done by each node
 +
 +
      6) The base station can be any node in the network. It no longer has a special address. There can be multiple base stations. Base stations can also move, their location is set like any other node using the AgentInjector.
 +
 +
      7) Since the location of a base station is no longer known by the non-base station nodes, Agilla no longer performs multi-hop routing to (uart_x, uart_y). Only the base station can perform a remote tuple space operation to (uart_x, uart_y). It is now up to the application to route messages to the base station. If an agent knows the location of the base station, Agilla can still perform the greedy multi-hop routing to it.
 +
    * 03-30-2005 Version 1.6 - NesC, Java
 +
      Comments: Fixed a bug in OPcompare preventing comparisons between variables of two different types. Now, whenever you try to compare two variables of different types, the condition code will always be set to 0.
 +
 +
      Issues: Linux's timing seems to be different from Windows resulting in agents being corrupted when injected. To solve this, open <agilla>/types/MigrationMsgs.h, uncomment lines 63-66, and comment out lines 77-84.
 +
    * 03-24-2005 Version 1.5 - NesC, Java
 +
      Comments: Fixed a bug preventing agents in the WSN from inserting tuples into the laptop's tuple space. Added an Oscilloscope example to demonstrate how a Java application running on the laptop can access the laptop's tuple space.
 +
    * 03-23-2005 Version 1.4 - NesC, Java
 +
      Comments: Fixed the tuple space and modified assembler to report line numbers in errors.
 +
    * 03-21-2005 Version 1.3 - NesC, Java
 +
      Comments: This version removes instruction shiftl and shiftr and replaces them with mul (multiply) and div (divide). Agents can perform remote tuplespace operations on the laptop's tuple space by using location (uart_x, uart_y).
 +
 +
      Issues: The RMI code for allowing remote access to the laptop's tuple space has not been implemented yet.
 +
    * 11-30-2004 Version 1.2 - NesC, Java
 +
      Comments: This is the version used to write the IPSN 2005 SPOTS paper.
 +
 +
      Issues: The pc can access the tuplespace on mote (0,0), but there is no clean interface for this yet. The pc cannot register reactions as of yet. The agents on the laptop cannot register reactions on tuplespaces within the WSN.

Revision as of 03:52, 10 December 2007

Here are pre-packaged versions of Agilla. See the tutorial for installation instructions.

05-13-2007 Version 3.0.3

Source 

     Added #if statements around cc2420-specific code, modified the AgentInjector to check whether clustering is enabled before it resets the LocationMgr, modified some default settings to use relative paths for portability.

05-22-2006 Version 3.0.2

Source 

     Added an Example Makefile.Agilla and updated the README to describe the flags in it.
   * 05-16-2006 Version 3.0.1 - Source
     Contains a small fix that rectifies the "QUEUE_ENQUEUE" error that sometimes occurs when there are numerous agents in the network. This distribution contains both the Java and NesC code in a single zip file. To install it, extract it to /opt/tinyos-1.x/.
   * 05-14-2006 Version 3.0 - NesC, Java
     Added support for TelosB platform. Allow the user to disable the grid topology filter and greedy routing. Note that the Java Makefile assumes a $AGILLA environment variable that specifies the root directory of Agilla's NesC code. Agilla's nesC code goes under tinyos-x.1/contrib/wustl/apps/Agilla/.
   *

     07-14-2005 Version 2.2 - NesC, Java
     Comments: Reduced memory usage to avoid stack overflow when large agents are injected.
   *

     05-25-2005 Version 2.1 - NesC, Java
     Comments: This version fixes a bug that prevented you from moving a mote more than once. It also changes the "reset all" function to only reset nodes that are reachable from the base station that broadcasted the reset message.
   * 05-17-2005 Version 2.0 - NesC, Java
     Comments:
     1) The grid size can be changed using the AgentInjector (you no longer have to reprogram all the motes to change the grid size)

     2) When specifying the grid size, you only specify the number of columns (you no longer need to specify the number of rows). The node’s TinyOS address still determines the mote’s location. Mote 0 is at (1,1) located at the lower-left corner of the grid. TinyOS address’s increase in row major order.

     3) A mote’s location can be changed using the AgentInjector (you no longer need to reprogram the mote to change its address/location). The original ID of the mote is always used to specify which mote to modify, e.g., “move mote 1 to location (2,3).”

     4) The AgentInjector enters a modal state for ~3 seconds after a reset to allow the network components to reinitialize themselves. This is especially critical now that I’m sending the base station a message immediately after it resets telling it that it is a base station.

     5) The nodes periodically broadcast a beacon, neighbor discovery is done by each node

     6) The base station can be any node in the network. It no longer has a special address. There can be multiple base stations. Base stations can also move, their location is set like any other node using the AgentInjector.

     7) Since the location of a base station is no longer known by the non-base station nodes, Agilla no longer performs multi-hop routing to (uart_x, uart_y). Only the base station can perform a remote tuple space operation to (uart_x, uart_y). It is now up to the application to route messages to the base station. If an agent knows the location of the base station, Agilla can still perform the greedy multi-hop routing to it.
   * 03-30-2005 Version 1.6 - NesC, Java
     Comments: Fixed a bug in OPcompare preventing comparisons between variables of two different types. Now, whenever you try to compare two variables of different types, the condition code will always be set to 0.

     Issues: Linux's timing seems to be different from Windows resulting in agents being corrupted when injected. To solve this, open <agilla>/types/MigrationMsgs.h, uncomment lines 63-66, and comment out lines 77-84.
   * 03-24-2005 Version 1.5 - NesC, Java
     Comments: Fixed a bug preventing agents in the WSN from inserting tuples into the laptop's tuple space. Added an Oscilloscope example to demonstrate how a Java application running on the laptop can access the laptop's tuple space.
   * 03-23-2005 Version 1.4 - NesC, Java
     Comments: Fixed the tuple space and modified assembler to report line numbers in errors.
   * 03-21-2005 Version 1.3 - NesC, Java
     Comments: This version removes instruction shiftl and shiftr and replaces them with mul (multiply) and div (divide). Agents can perform remote tuplespace operations on the laptop's tuple space by using location (uart_x, uart_y).

     Issues: The RMI code for allowing remote access to the laptop's tuple space has not been implemented yet.
   * 11-30-2004 Version 1.2 - NesC, Java
     Comments: This is the version used to write the IPSN 2005 SPOTS paper.

     Issues: The pc can access the tuplespace on mote (0,0), but there is no clean interface for this yet. The pc cannot register reactions as of yet. The agents on the laptop cannot register reactions on tuplespaces within the WSN.
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