Continuous Assessment in Cryptography (2009/10)

Continuous Assessment in Cryptography (2009/10)

The percentages for the continuous assessment are computed for each id number on an individual bases depending on which exercise sheets have been marked already. The average is taken with respect to the following formula:
(Sum of points awarded to ID)/((Sum of maximum points available on exercises already marked for ID)/1.2)
I am using the following color scheme:
RED
Mark is below 40%. This would correspond to your final continuous assessment mark.
BLACK
Mark is between 40% and 100%. This would correspond to your final continuous assessment mark.
GREEN
Mark is above 100%. The final continuous assessment mark will be capped at 100.

Reg#Ex 1Ex 2Ex 3Ex 4Ex 5Pr 1Ex 6Ex 8Ex 9Pr 2Sum%Reg#
Max. Points182640303210032314280431120Max. Points
330718152234303210032265290433121330718
623697132619302810032264190405113623697
6914391326322832110182525030987691439
705955142636303203226529033895705955
7060761326222921203224258029282706076
785851182636302810032305075425119785851
79017213223110250000010129790172
80129117263730328032285285419117801291
806265130233012803224524531187806265
809771132229303210027265275406114809771
811826132629303210031265290429120811826
90980014182530258032285275379106909800
909872151934302910032265235372104909872
958989112631303210532265275420117958989
95899011263130328032275275396111958990
9767636263130328032305270389109976763
978372142628303210032284260392110978372
980661112634303210032265285428120980661
981255122629303210032285280421118981255
983610726343032103130525530786983610
9938562755313051019474993856
996397132628303210032275075413115996397
1014699172628303290323047403721041014699
1022874172626303280323047653851081022874
103419114192630322031315075328921034191
1042415821028242031262725210591042415
104428713936303270323052803841071044287
1045159152631303269322752803941101045159
10493191026383032105322652904411231049319
1049500819303020808294225291821049500
105025910243128240321900168471050259
10504701426323032100323052754231181050470
10531121724393024115322652854441241053112
10542211326393032100322847654121151054221
10549201023363032100322652904311201054920
10552531326393032100323052804341211055253
1055360726363032110322852904431241055360
1055458132630303280322852453681031055458
10557828212830292032262765286801055782
1057149100363032110323048904181171057149
1057404112527273010028303525338951057404
105787916263130322032285280347971057879
1058400926333032100322652754151161058400
105913912253030240321900172481059139
10597551323343032100322652604021121059755
1060061122633303299323052754211181060061
10604741626303032032285285331931060474
106442011632400000044131064420
10650601126373032100322652153611011065060
10670371418123032553201440247691067037
10680886000000000621068088
Maintained by Volker Sorge, e-mail: V.Sorge@cs.bham.ac.uk
Last update: 1-10-2010
School of Computer Science, The University of Birmingham