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reader with a solid foundation in the core cryptographic techniques of e-security including RSA, AES, and DES mentioned previously, and many others and then builds on this foundation to discuss the use of these techniques in practical applications and cutting-edge technologies. While this book does discuss the underlying mathematics of cryptography, its primary focus is on the use of these technologies in familiar, real-world settings. It takes a systems approach to the problems of using cryptographic techniques for e-security, reflecting the fact that the degree of protection provided by an e-security deployment is only as strong as the weakest link in the chain of protection. We hope that you will enjoy this book and the other titles from RSA Press. We welcome your comments as well as your suggestions for future RSA Press books. For more information on RSA Security, please visit our web site at www.rsasecurity.com; more information on RSA Press can be found at www.rsapress.com. Burt Kaliski Director and Chief Scientist RSA Laboratories bkaliski@rsasecurity.com

Construction of the blimp is simple and straightforward. Essential to the construction is being able to make a good heat seal. Cut a small section of Mylar material from the large sheet to practice on. Fold the small section of Mylar, shiny sides to the outside, dull sides together. Set the iron to a medium heat setting. Keep adjusting and testing the heat setting of the iron on small Mylar practice scraps until you find the right temperature. Every time you adjust the temperature of the iron, allow at least 5 minutes for the iron to stabilize to the new temperature. If the temperature setting is too hot, the Mylar material will melt and create holes. If the temperature setting is too cold, the heat seal will pull apart too easily. A good heat seal will not pull apart easily. Allow the Mylar material to cool for a minute before you test the heat-sealed seam. Once you have found the right temperature setting, write it down for future reference. We will make a pillow-shaped blimp. Fold the sheet of Mylar material in half (shiny side out). Heat seal the three open sides closed, leaving a little space that isn t heat sealed for a fill tube at the bottom, and you re finished. The heat-sealed seam should be 1/2" to 1" wide.

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//============================================================= //--- Subroutine GotoPoint //--- Inputs : x,y //--- Outputs : none //--- Calls To: CheckObstacles //--//--- this routine turns the robot towards the location x,y //--- and then moves the robot there. If there is an object //--- it waits in a loop until the object goes away. Also the //--- routine keeps trying to turn and move the robot until it //--- definitely reaches the goal point. //------------------------------------------------------------GotoPoint: while true dx = x-rGpsX() dy = y-rGpsY() if dx=0 AND dy = 0 then return Theta = PolarA(dx,dy)*180/pi()+90-rCompass() if Theta > 180 then Theta = Theta-360 if Theta < -180 Then Theta = Theta+360 rTurn Theta gosub CheckObstacles if not Obstructed then rForward 1 wend Return //============================================================= //============================================================= //--- Subroutine CheckObstacles //--- Inputs : none //--- Outputs : Obstructed //--- Calls To: none //--//--- checks for obstacles, also allows for simulated transient //--- obstacles indicated by the left mouse button kept pushed //--- down in front of the robot. //--- sets Obstructed to true or false. //------------------------------------------------------------CheckObstacles: Obstructed = true CO_B = rBumper()&4 readmouse xx,yy,bb if bb=1 or CO_B rGPS Rx,Ry if PolarR(xx-Rx,yy-Ry) <= RobotSize+2 or CO_B //flash a beacon on the robot circle Rx-3,Ry-3,Rx+3,Ry+3,BcnClr,BcnClr //on delay 60 circle Rx-3,Ry-3,Rx+3,Ry+3,white,white //off delay 40 return endif endif Obstructed = false Return //============================================================= //============================================================= //--- Subroutine DockWithCharger //--- Inputs : NodesCount,ChargeDelay

The first person I d like to thank is Stephen Paine He did the work of putting together the original proposal and outline Later on, he reorganized the structure to make the book better He planned; I just wrote Betsy Hardinger and LeeAnn Pickrell at Osborne/McGraw Hill are the two editors who made many suggestions (most of which we accepted) to improve the language, readability, and flow of the content Stephen Paine and I have our names on the book, but I think they deserve plenty of credit for their contributions Blake Dournaee of RSA did a great job of reviewing If it hadn t been for Blake, I would be suffering from great embarrassment for a couple of mistakes he caught Of course, any errors still residing in this book belong entirely to Stephen and me We received help from many people for the examples.

//--- Outputs : none //--- Calls To: MoveToRoom //--//--- makes the robot move to the charge room. Once there it //--- turns around and docks with the charging station with //--- its back. It keeps turning until the robot s heading is //--- definitely north. //------------------------------------------------------------DockWithCharger: GoalNode = NodesCount-1 gosub MoveToRoom while true dA = -rCompass() if dA = 0 then break if dA > 180 then dA = 360-dA if dA < -180 then dA = 360+dA rTurn dA wend while not (rBumper()&1) rForward -1 wend delay ChargeDelay rCharge 100 Return //=============================================================

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