Register now to access 7 million high quality study materials (What's Course Hero?) Course Hero is the premier provider of high quality online educational resources. With millions of study documents, online tutors, digital flashcards and free courseware, Course Hero is helping students learn more efficiently and effectively. Whether you're interested in exploring new subjects or mastering key topics for your next exam, Course Hero has the tools you need to achieve your goals.
675 Pages
chapter15a-2e
Course: CSCI 681, Fall 2009School: CSU Chico
Rating:
Word Count: 1277
Document Preview
1 0 1 )0 '( & % $ # " ! D 1 )0 '( & % $ # % ( ( 9 0& ) ( $ ) ( &% $ 5( 4 $ "# ! 2 6 @ $ 3 # C $ # ) A $ ) 7 % ! 8 ' B 4 ( ) ( X 1 )0 '( & % $ # ' (' ) 8 ( ' 1 ( ' $ 8) () )...
Unformatted Document Excerpt
Coursehero >> California >> CSU Chico >> CSCI 681Course Hero has millions of student submitted documents similar to the one
below including study guides, practice problems, reference materials, practice exams, textbook help and tutor support.
Course Hero has millions of student submitted documents similar to the one
below including study guides, practice problems, reference materials, practice exams, textbook help and tutor support.
1 0
1
)0
'(
&
%
$
#
"
!
D
1
)0
'(
&
%
$
#
% ( ( 9 0& ) ( $ ) ( &% $ 5( 4 $ "# ! 2 6 @ $ 3 # C $ # ) A $ ) 7 % ! 8 ' B 4 ( ) (
X
1 )0 '( &
%
$
#
'
('
) 8 ( ' 1 ( ' $ 8) () ) % 5 $ ( 5 $ ) 8 1 5 & 5 8) 8) $ $ ! ' & ) & $
4 ( 3
5
(
) (' ' & % $
5
( )
D
H Q S VWH
4
2 &
)
'
Q "
)
#
A
5
T T UQ T 7C B " !
$
5 ) B ) % % ( 1 $ ( ) B 1 @ 8 ) A " ) '
F
5 8 () 8
RS A
8 )( !( 5
AB ( " )
& !(
F @89 76 (
) % "
Q
IPH GF
1
) ) &
%
( )
)
( 1)
0
E
%
1
X t +2
X t +2
)0
'(
&
%
$
#
!
S V G
S V Q ! 0
X t +1
!
8 ) )
!(
V
S V
X t +1
#
! I ! S V G 0 G Q
$
Xt
'
A 6 I ! S V G ! S V G I
8) $
"
Xt
6
)
S V
X t 1
5 ) " " ( ! " ( 5( ' 4 4 ) ) ( ' ' ) ) ' ) (
X t 1
$ $
0
( ( ! ( "
1
$
X t 2
X t 2
(
( '
) 5( ) ) ) 3 5( ( ) "
#
0
!
)
$
A
) ) )( 4 5( ( 3
'
Secondorder
(
4
Firstorder
(
3
(
(
(
(
3
) "
)
"
"
)
)
1
1
)0
'(
&
%
$
#
Umbrella t +1
Raint +1
$
(
B $
(
" ) ) (
P(U t )
0.9 0.2
Umbrella t
$ ) ) (
" 2 &
( "
$
Raint
Rt
t f
'
(#
1
( 5( ( ' 3 4
B
P(R t )
0.7 0.3
!(
& %
$
(
R t 1
t f
5
Umbrella t 1
A
& ) ) 5(
Raint 1
@6 8B
A B
( (
(
@ A 8
4 3 "
B A
( 8
(
) '
A $)
$ ( #
(
@9
8
C
" $ '
%
( )
)
$
C)
"
1 )0 '( &
%
$
#
%
$ ( $ % $
!(
1
!
(
) $!
G
( ) ( ) )
AS
G
'
( ) ( 1 $ 8 ( ( 1 ! ( 5 )
!
) ) & 1
S
)
2
B %
( ! (
1
)
(
AS
'
!
G
AS G
!
) !(
' " ( & (
AS
!
G
R
)
) ' B
"
!(
%
$
%
( $ " % $ $ 8 5 4 $ ( ! ) ( $ # ( 8 " % 1 )
$
$ $ 4 (
' 1
(
'
C
"
3
)
)
1
)0
'(
&
%
$
#
AS
"
!
G
Q
! ! AS G RS AS G !
9
( " %
2G AS
1 ( % $ 8) (
!(
!
! ! AS A Q RS RS I ! RS ! RS RS RS AS Q G ! RS ! RS RS AS G G ! G RS
!
( C
!
!
I
AS
)
G
!
2
( )
S
G
RS
1
RS
'
Q
AS
A
RS
B
!
7
A
)
78 @ I A9 @
A
A
RS
I !
!
RS
Q
B G
S
8B
AS RS G AS RS G A A
RS
(
AS RS G A RS RS
9
5 ) '
"
' )
I I
&
I
I
RS
S
G
0.500 0.500 True False 0.500 0.500 0.818 0.182
0.627 0.373 0.883 0.117
Rain 0
Rain 1
Rain 2
Umbrella 1
Umbrella 2
$ % '( # & 1
)0
1
)0
'(
&
%
!
$ #
RS !
! ! RS
Xt
Et
" ( )
RS
! AS G
!
RS
#G
Q ! G G RS RS A Q G AS
( "
)
R RS
B
A
Xk
Ek
RS ! AS G AS G ! AS G G RS A
Q
4 8
! RS G
8
!
G A !
RS G RS
2 RS
G RS A A A RS
A
&
X1
E1
AS
G I AS
5
'
2
2
X0
G S
( %
I ! ! G
I I I I
) )
I
G
4 5 @ A
B
RS A
0
1
)0 '( &
%
$
#
0.500 0.500 True False 0.500 0.500 0.818 0.182 0.883 0.117 0.690 0.410
0.627 0.373 0.883 0.117 0.883 0.117 1.000 1.000 forward
smoothed
backward
Rain 0
Rain 1
Rain 2
Umbrella 1
Umbrella 2
% % % 8 ( ) ) ) ( ( ) & $ $ !
(
B
4
B
$
1
"
1
!
(
B
$
1
B
' 7
'
9
$ )0 0 0 % '( # 1 &
!
D
0 1
!
)0 '( &
% $ #
AS
" 1 ( ) ( $ %
G
Q S V Q
'
( ) ) 4 ( )
T T T UQ
1 ' $ 8
S
G
! S
$
$ 4
2
8
$
Q
$
!
( 1
C G
) %
!
( ) $ ) '
! A AS G
'
!
AS
1 5
Q
!( %
RS
!(
RS
RS
S
G
S V
$
$
&
(
C8 RS
1
RS
Q
'
T
8
8
!
)
1
Q Q
!
$
T
8
T Q
(
I
(
!
&% $ '
S RS T T T Q
' $
'
RS
1 ' 4 $ $
1
S A
(
RS
)
A
5
% #
RS
$ ) $ $ 4 ( ) ) 4 ( $ ) (
$
!
)
I
I G G S
1 )
RS S G S
I
C C
3 3
&
'
C
Rain 1
state space paths umbrella most likely paths
Rain 2
true false true .5155 .0491 m 1:2
Rain 3
true false false .0361 .1237 m 1:3
Rain 4
true false true .0334 .0173 m 1:4
Rain 5
true false true .0210 .0024 m 1:5
true false true .8182 .1818 m 1:1
$ % '( # & 1
)0
0
X
%
0
1
)0 '( &
!
% $ #
I
!
T
T (
'
T
T
9 " $ % $ ( %
2
& ) (
) )
( (
&
#
!
!
5
0
$ $
)
I S V
&'
$ (
) 8 $ ) 7
T
)
)
I
T
1
I
) )
)
%
5
Q 2 I
$
!
S
(
T T TUQ
(
&
S
G
G# R
1 ( $ %
)
& $ %
)
$
! (
" I
4
B
RS
RS
8
S
B
4
I
) ) ( B ( 1
I RS G G RS
8
S
( )
@
)
"
& %
B (
B
(
1
0
1
)0 '( &
%
$
#
%
&
( 8 )
% ) ) 1 ( ( B ) ) % 4 '
&
RS
S
G
8
)
)
S
)
G
'
"
B ( B $! $ 8 % 1 $ ) 5 B ( ( ( % 4 )
I RS RS I
S
(
G
I
(
)
RS
) '
S
V S
G
S
RS
G S
S
V RS
G
V S
!
B (
!
"
1
!
$
( %
0
"
1
)0 '( &
%
$
#
%
&
( 8 )
% ) ) 1 ( ( B ) ) % 4 '
&
RS
S
G
8
)
)
S
)
G
'
"
B ( B $! $ 8 % 1 $ ) 5 B ( ( ( % 4 )
I RS RS I
S
(
G
I
(
)
RS
) '
S
V S
G
S
RS
G S
S
V RS
G
V S
!
B (
!
"
1
!
$
( %
0 1
)0 '( &
%
$
#
%
&
( 8 )
% ) ) 1 ( ( B ) ) % 4 '
&
RS
S
G
8
)
)
S
)
G
'
"
B ( B $! $ 8 % 1 $ ) 5 B ( ( ( % 4 )
I RS RS I
S
(
G
I
(
)
RS
) '
S
V S
G
S
RS
G S
S
V RS
G
V S
!
B (
!
"
1
!
$
( %
0
1
)0 '( &
%
$
#
%
&
( 8 )
% ) ) 1 ( ( B ) ) % 4 '
&
RS
S
G
8
)
)
S
)
G
'
"
B ( B $! $ 8 % 1 $ ) 5 B ( ( ( % 4 )
I RS RS I
S
(
G
I
(
)
RS
) '
S
V S
G
S
RS
G S
S
V RS
G
V S
!
B (
!
"
1
!
$
( %
0
1
)0 '( &
%
$
#
%
&
( 8 )
% ) ) 1 ( ( B ) ) % 4 '
&
RS
S
G
8
)
)
S
)
G
'
"
B ( B $! $ 8 % 1 $ ) 5 B ( ( ( % 4 )
I RS RS I
S
(
G
I
(
)
RS
) '
S
V S
G
S
RS
G S
S
V RS
G
V S
!
B (
!
"
1
!
$
( %
D
1
)0 '( &
%
$
#
%
&
( 8 )
% ) ) 1 ( ( B ) ) % 4 '
&
RS
S
G
8
)
)
S
)
G
'
"
B ( B $! $ 8 % 1 $ ) 5 B ( ( ( % 4 )
I RS RS I
S
(
G
I
(
)
RS
) '
S
V S
G
S
RS
G S
S
V RS
G
V S
!
B (
!
"
1
!
$
( %
0
D
1
)0 '( &
%
$
#
%
&
( 8 )
% ) ) 1 ( ( B ) ) % 4 '
&
RS
S
G
8
)
)
S
)
G
'
"
B ( B $! $ 8 % 1 $ ) 5 B ( ( ( % 4 )
I RS RS I
S
(
G
I
(
)
RS
) '
S
V S
G
S
RS
G S
S
V RS
G
V S
!
B (
!
"
1
!
$
( %
D D
1
)0 '( &
%
$
#
%
&
( 8 )
% ) ) 1 ( ( B ) ) % 4 '
&
RS
S
G
8
)
)
S
)
G
'
"
B ( B $! $ 8 % 1 $ ) 5 B ( ( ( % 4 )
I RS RS I
S
(
G
I
(
)
RS
) '
S
V S
G
S
RS
G S
S
V RS
G
V S
!
B (
!
"
1
!
$
( %
D
1
X
)0 '( &
%
$
#
% (
&
8 )
% ) ) 1 ( ( B ) ) % 4 '
&
RS
S
G
8
)
)
S
)
G
'
"
B ( B $! $ 8 % 1 $ ) 5 B ( ( ( % 4 )
I RS RS I
S
(
G
I
(
)
RS
) '
S
V S
G
S
RS
G S
S
V RS
G
V S
!
B (
!
"
1
!
$
( %
%
D
1
)0 '( &
%
$
#
%
&
( 8 )
% ) ) 1 ( ( B ) ) % 4 '
&
RS
S
G
8
)
)
S
)
G
'
"
B ( B $! $ 8 % 1 $ ) 5 B ( ( ( % 4 )
I RS RS I
S
(
G
I
(
)
RS
) '
S
V S
G
S
RS
G S
S
V RS
G
V S
!
B (
!
"
1
!
$
( %
1
T T
D
1
T
%
&
)0 '( &
$ #
$ $ ' ( & $ ) $ ' ) ( 8) &
)
$
X t+1
X t+1
Zt+1
$
5
)
Q Q
1
)(
(
Q
Q
( ( ) &
(
Q
!(
(
)
I
&
)
Xt
Xt
8
% 8 ) ( )
)
Zt
$
) )
) ( ) ) ) ) % 4 ) & % ( 8 8 &
(
&
' $ $ ( ) $
& %
'
)
3
D
1
"
)0 '( &
(
%
8 ) $ $ ) ( ( ( ! ' ' 8
$ #
$
!
1
AS
%
!
B) (
Q
G
1 1
&
AS
&
G
( ( ) )
! RS
)
! RS
)
) '
2
)
!
)
9
A RS
)
AS AS G G
)
!
RS ! RS
)
$
5
)
" ' !
I AS
) ( C
(
! G
!
I ! AS G RS
)
AS G
!
$
&
)
RS
)
RS
( 7 $
)
)
2 ) )
D
1
)0 '( &
%
$
#
#
!
()
#
#
)
#
) &
RS
0& )
)
#
#
(
$ 4
0.45
0.4
0.35
0.3
0.25
0.2
0.15
0.1
0.05
#
B
# #
I
) )
RS
P(X)
(
0
!
-8
RS #
-6
-4
$
P(x1)
-2
P(x0)
0 2 X position
I
* z1
4
6
#
P(x1 | z1=2.5)
8
#
#
D
1
)0 '( & %
$ #
(
'
V
S !
5( ) ( ( 5( ( (
!
) &
) ) ( ) (
!
)
1
!
1 "
)
!
(
5
8
RS !
( ) ) $ ) ( 1 1 ! $ B( ) % (
!
!
!
'
RS
)(
" $
!
!(
) ( (
Q
Q
RS
!
$ RS
)
( ( 1 !
!
'
I
)
!
I !
$
$
) '
%
I
( )
2 2
RS
1
1
I
(
I
$ ) )
$
RS RS RS
6
1
1
B
)
2D filtering 12
11
true observed filtered
10
9
Y
8
7
6
8
10
12
14
16 X
18
20
22
24
26
$ % '( # & 1
)0
D
2D smoothing 12
11
true observed smoothed
10
9
Y
8
7
6
8
10
12
14
16 X
18
20
22
24
26
$ % '( # &
)0
X
1
0
X
1 )0 '( &
I
% $ #
(
@A
7
$
(
9
) ) ( (
$
) ( $ ) ( ) $ $ ! $ ' ' 8 ( $ !) ) 6 $ ) ) $ ( $ 1 ) ( ( 1
$
)
! ! $ 01 ! 03 01 0 &
P(R 0)
0.7
Rain 0
"!
R0
t f
#!
"
P(R 1 )
0.7 0.3
#$
#!
"%
Rain 1
R1 P(U1 )
0.9 0.2
Umbrella 1
' (&
) (&
#!
"
%
"
#
Battery 0
X0 X0 X t
%0
! " 2
4!
BMeter 1 Battery 1
X1 X1
t f
Z1
AB7@ 89 65 CD
E
CDD AB7@ 89 65
1
2
4 (
! 1 " 4 1
0 % 1 2 $ 1 2 3
0 # 1 "3 & 0 #
# 0 '! #! 2
# # $1
0
!
# 0
0
0 0!
&
) 4
0
1 0 %%! " #! 2 0 2
##
! 0
1
# 0 0 0 '!
0
X t+1
Y t+1
Z t+1
! "
% #!
)0
$
#! 2
0
01 % ! 01 " #! $
( ' & % )
% "1 ! 1 "
2
Xt
Yt
Zt
" 0 3 0 0 3 2 0
)0 ! 1
"
$
$1 # !
! 4 & #
0 )
1 #! 2
0
E(Battery)
) 0 ! 0 3 1 ! $ 1
# # 3 0 01
&
%!
'
%
#
'
%
"0
4
0
4
#!
0
1
%0!
#
#% !
# 1 ! 1 1 2
1
"
#
"1
#
"0
#
# 0 0 0 $ ! 3 0 ! 0 !
BMBroken 0
Battery 0
X0 X0 X t
#!
"
BMBroken 1 BMeter 1 Battery 1
X1 X1
5 4 3 2 1 0 P(BMBroken|...5555000000...) E(Battery|...5555005555...) E(Battery|...5555000000...)
Z1
3
'
&
1 &
-1 15 20 25 Time step 30
#
#
#
#
#!
0
$!
0
P(BMBroken|...5555005555...)
&
0 AB7@ 89 65
CD
"!
P(R 0)
0.7
) 0 &
R0 P(R 1 )
0.7 0.3
Rain 0
'0
t f
Umbrella 1
#
Rain 1
R1 P(U1 )
0.9 0.2
3
P(R 0)
0.7
#
R0
%
Rain 0
% 0
P(R 1 )
0.7 0.3
#
t f
0
R0 P(R 1 )
0.7 0.3
Rain 1
R1 P(U1 )
0.9 0.2
# !
R0 P(R 1 )
0.7 0.3
R0 P(R 1 )
0.7 0.3
3 !
t f t f t f
Rain 2
R1 P(U1 )
0.9 0.2
# !
R0
P(R 1 )
0.7 0.3
Rain 3
R1 P(U1 )
0.9 0.2
R0 P(R 1 )
0.7 0.3
0
Rain 4
R1 P(U1 )
0.9 0.2
%!
t f
#
R0 P(R 1 )
0.7 0.3
"
t f t f
Rain 5
R1 P(U1 )
0.9 0.2
#'
Rain 6
R1 P(U1 )
0.9 0.2
Rain 7
R1 P(U1 )
0.9 0.2
t f
t f
t f
t f
t f
t f
t f
t f
Umbrella 1
Umbrella 2
Umbrella 3
Umbrella 4
Umbrella 5
Umbrella 6
Umbrella 7
$ 0 0 0 0 1 0!
#
% 3 2 ! 0 1
'
"
#
#
#
#
"
#
%% ! 3 3
4
2
%
...
Find millions of documents on Course Hero - Study Guides, Lecture Notes, Reference Materials, Practice Exams and more.
Course Hero has millions of course specific materials providing students with the best way to expand
their education.
Below is a small sample set of documents:
Below is a small sample set of documents:
CSU Chico - CSCI - 681
C G DF BCDE6 9 @A 867 25 1 ) 0' '( ! "#$ &% 2345 G DF BCDE6 9 @A 867 25 234%" 3 " 1 " ( %! ) ( ! " & ' ' & ! " ' ' 1 $ ! #$ % 0" 2 # " " 0 ( ! " % a G 1 CU ( H1 'GDF BCDE6 1 9 @A AW 867 25 1V 8 %C A " ( ! " " % "( # R # " ' % ( ! 2 ( F5 !8 P "
CSU Chico - CSCI - 681
9CB989@A2765423(1()0'&$%##"!1CB989@A2765423(1()0 & $% ! # " ! ! #CCB989@A2765 &4 23(1 ()0! # # & ! ' # % # $ ! & # % $%% & ! ! & & $% & % ! & # # ! E # ! & &# &! & &$ "!' $
CSU Chico - CSCI - 681
!!!2!! " " ! ( ' $%& # & ) 0' ! ( ' 1 ! !($#$#$#)()&' 453 ! ( 0 0 1 ! 0 ! 2 ( 1 11Start (Go To Pet Store Go To School Go To Supermarket Go To Sleep Read A Book Sit in Chair Etc. Etc. . ' "! " #%&#'&%%.'(Talk to Parrot Bu
CSU Chico - CSCI - 681
E U T SR QP I@ AH EFG B8A 9@ 76 3 42 1 0) ' & ! ! " # $ % ( 5 B8A 9@ 76 CDS U T SR QP I@ AH EFG B8A 9@ 76 $ '& # # $ # # 1 ( ) # & 0 '& 3 4 # 8 & & # ! " 2 4 6 & 5 9 9& # % # '# # 7 & & % # % # CD B8A 9@ 76'& # # 8 9 7 & # # $ 7 9 7 & # # 9# # $ # % '
CSU Chico - CSCI - 681
First-order logicChapter 8Chapter 81Outline Why FOL? Syntax and semantics of FOL Fun with sentences Wumpus world in FOLChapter 82Pros and cons of propositional logicPropositional logic is declarative: pieces of syntax correspond to factsPropo
CSU Chico - CSCI - 681
'&'$%#"!(&'$%#"!&"# %!%$'!7&' $% # "7!6#& 4 5 8 B H B HI D8%23 ! @ 0 f 9 B r 8$1 % 9 B S cs & 90% W 8 $ !f e A!e G q i pP @ 0 0%a@ 9 '()%C@ % "9 8 9 c!9$# %& % W # X EE 9B B!
CSU Chico - CSCI - 681
) ( '#& $% "! 4('#& $% "! (' & % $# % 0 ) $) !" # &" # # 0 " ) "1 23' % ! " &" ( ' (T5@6'#& $% "!'9! 1 2' 5 5 6% (' ! # ' & 2# 0R S (' $ ( # " 2 % & # 1 " 3 4 3 # # 2 ) # 2 " # & ! # % ! # # " ( ##2' ! ' ! " # # !3 D E " (' '
CSU Chico - CSCI - 681
LICENSE INFORMATION: This is a single-user copy of this eBook. It may not be copied or distributed.Unauthorized reproduction or distribution of this eBook may result in severe criminal penalties.FUZZY LOGIC for Embedded Systems ApplicationsFUZZY LOGIC
umaine.edu - COS - 480
COS 480/580 Fall 2005c Sudarshan S. Chawathe 2005Final Exam (80 pts., 80 min., 14 pages)2005-12-21 16:0017:20Name: This exam is open book, open notes, but there can be no sharing of any material. You can use the Internet, but only as a library. If you
umaine.edu - COS - 480
COS 480/580 Fall 2006c Sudarshan S. Chawathe 2006HW04 (200 pts.)Due 2006-11-16 12:30Overview: This assignment asks you to build a database-backed Web site based on the simple application you built in Homework 2. The goal is to gain experience in setti
umaine.edu - COS - 480
COS 480/580 Fall 2006c Sudarshan S. Chawathe 2006HW03 (100 pts.)Due 2006-10-24 12:30Name: COS 480 students must answer all questions that are not marked with a . The points for each question are indicated in parentheses next to the question number. Qu
umaine.edu - COS - 480
COS 480/580 Fall 2006c Sudarshan S. Chawathe 2006HW02 (200 pts.)Due 2006-10-24 12:30This programming assignment should be submitted electronically by following the instructions on page 7. You are welcome, and encouraged, to use any resources, such as
umaine.edu - COS - 480
COS 480/580 Fall 2006c Sudarshan S. Chawathe 2006Second Mid-term Exam (40 pts., 40 min., 13 pages) 2006-11-02 12301310Name: This exam is open book, open notes, but there can be no sharing of any material. You can use the Internet, but only as a library
umaine.edu - COS - 480
COS 480/580 Fall 2006c Sudarshan S. Chawathe 2006First Mid-term Exam (40 pts., 40 min., 8 pages)2006-09-28 12301310Name: This exam is open book, open notes, but there can be no sharing of any material. You can use the Internet, but only as a library.
umaine.edu - COS - 480
COS 480/580 Fall 2006c Sudarshan S. Chawathe 2006HW01 (100 pts.)Due 2006-09-28 12:30 p.m.Name: Please note that much of this assignment is devoted to getting familiar with the class accounts and submission procedure; thus, it is much simpler than the
Oregon - MATH - 112
WorkSheet for Math 112 (CRN 35805), Week 4 (Due by 5:00 pm, May 1)Note: You are encouraged to work in groups on the worksheet. Your Name People in Your Group1. Addition and subtraction identities. sin(x + y) = sin(x - y) = cos(x + y) = cos(x - y) = tan(
ASU - WINDHORST - 591
The Astrophysical Journal Supplement Series, 143:113158, 2002 November# 2002. The American Astronomical Society. All rights reserved. Printed in U.S.A.EA HUBBLE SPACE TELESCOPE SURVEY OF THE MID-ULTRAVIOLET MORPHOLOGY OF NEARBY GALAXIES1 Rogier A. Wind
ASU - WINDHORST - 591
The Astrophysical Journal Supplement Series, 173:185Y255, 2007 December# 2007. The American Astronomical Society. All rights reserved. Printed in U.S.A.ATHE GALEX ULTRAVIOLET ATLAS OF NEARBY GALAXIESArmando Gil de Paz, Samuel Boissier,1 Barry F. Mador
ASU - WINDHORST - 591
The Diverse Properties of the Most Ultraviolet-Luminous Galaxies Discovered by GALEXTextHoopes et al. 2007, ApJ. 173, 441 Presented by Natalie R. Hinkel 14 November, 20081/21One Foot In Front of the OtherMotivation GALEX, SDSS, and calculated propert
ASU - WINDHORST - 591
The Astrophysical Journal Supplement Series, 173:441Y 456, 2007 December# 2007. The American Astronomical Society. All rights reserved. Printed in U.S.A.THE DIVERSE PROPERTIES OF THE MOST ULTRAVIOLET-LUMINOUS GALAXIES DISCOVERED BY GALEXCharles G. Hoop
ASU - WINDHORST - 591
Low-Metallicity Star Formation: From the First Stars to Dwarf Galaxies c 2008 International Astronomical Union Proceedings IAU Symposium No. 255, 2008 L.K. Hunt, S. Madden & R. Schneider, eds. DOI: 00.0000/X000000000000000XPopulation III.1 stars: formati
ASU - WINDHORST - 591
The Astrophysical Journal, 619:L83L86, 2005 January 202005. The American Astronomical Society. All rights reserved. Printed in U.S.A.EXTINCTION RADIAL PROFILES OF M83 FROM GALEX ULTRAVIOLET IMAGING Samuel Boissier,1 Armando Gil de Paz,1 Barry F. Madore,
ASU - WINDHORST - 591
The Astrophysical Journal Supplement Series, 173:512Y523, 2007 December# 2007. The American Astronomical Society. All rights reserved. Printed in U.S.A.THE EFFECT OF ENVIRONMENT ON THE ULTRAVIOLET COLOR-MAGNITUDE RELATION OF EARLY-TYPE GALAXIESK. Schaw
ASU - WINDHORST - 591
The Astronomical Journal, 130:825831, 2005 August# 2005. The American Astronomical Society. All rights reserved. Printed in U.S.A.ATHE GALEX ULTRAVIOLET VARIABILITY CATALOGBarry Y. Welsh, Jonathan M. Wheatley,1 Kenneth HeaFIeld,2 Mark Seibert,2 Stanle
ASU - WINDHORST - 591
The Astrophysical Journal Supplement Series, 173:673Y681, 2007 December# 2007. The American Astronomical Society. All rights reserved. Printed in U.S.A.THE DETECTION OF M DWARF UV FLARE EVENTS IN THE GALEX DATA ARCHIVESBarry Y. Welsh,1 Jonathan M. Whea
ASU - WINDHORST - 591
Detecting Dwarf UV Flares With GALEXSimon PorterOctober 17, 2008M DwarfsEffective T ~ 2000-3500 K Mass ~ 0.05-0.08 Solar Luminosity ~ 0.001-0.08 Solar M Dwarfs are ~75% of local solar neighborhooddMe Dwarf Flares Large convective zones Relatively h
ASU - WINDHORST - 591
The Astrophysical Journal Supplement Series, 173:415Y 431, 2007 December# 2007. The American Astronomical Society. All rights reserved. Printed in U.S.A.THE STAR FORMATION AND EXTINCTION COEVOLUTION OF UV-SELECTED GALAXIES OVER 0.05 < z < 1.2 D. Christ
ASU - WINDHORST - 591
The Astrophysical Journal Supplement Series, 173:619642, 2007 December# 2007. The American Astronomical Society. All rights reserved. Printed in U.S.A.UV-OPTICAL COLORS AS PROBES OF EARLY-TYPE GALAXY EVOLUTIONS. Kaviraj,1 K. Schawinski,1 J. E. G. Devri
ASU - WINDHORST - 591
The Astrophysical Journal, 676:944Y969, 2008 April 1# 2008. The American Astronomical Society. All rights reserved. Printed in U.S.A.AUV/OPTICAL DETECTIONS OF CANDIDATE TIDAL DISRUPTION EVENTS BY GALEX AND CFHTLS1S. Gezari,2,3 S. Basa,3 D. C. Martin,2
ASU - WINDHORST - 591
UV-Optical Colors as Probes of Early-Type Galaxy EvolutionS. Kaviraj et al., 2007; ApJ Galex SupplementAs interpreted by Michael RutkowskiWhere do galaxies come from?Monolithic Collapse: Efficient, singular episode of star formation at high (z >1) red
ASU - WINDHORST - 591
Hypervelocity Stars and the Galactic CenterWarren R. Brown Smithsonian Astrophysical Observatory, 60 Garden St, Cambridge, MA 02138 wbrown@cfa.harvard.edu1.INTRODUCTIONA massive black hole (MBH) will inevitably unbind stars from the Galaxy. Hills (198
ASU - WINDHORST - 591
The Astrophysical Journal Supplement Series, 173:357376, 2007 December# 2007. The American Astronomical Society. All rights reserved. Printed in U.S.A.ONGOING FORMATION OF BULGES AND BLACK HOLES IN THE LOCAL UNIVERSE: NEW INSIGHTS FROM GALEX Guinevere
ASU - WINDHORST - 591
Ongoing Formation of Bulges and Black Holes in the Local Universe: New Insights from GALEXGuinevere Kauffmann et al Presentation: William GrayBackground Filters used from GALEX NUV = 1750-2750 eff = 2271 FUV = 1350-1750 eff = 1528 Filters used from
Colorado - ECE - 5154
Study questions for the ECEN5154 in-class quiz, April 1st, 20091. How would you classify the boundary value problems that arise in EM. Provide a brief description for all categories. What is the difference between open and closed domain problems. Which b
Colorado - ECE - 5154
Spring 2009 - Computational ElectromagneticsDejan Filipovic, Assist. Prof.ECEN5154: Homework #1 due 02-13-0921. Evaluate x cos10 x sin 20 xdx analytically and then use N=10, 50, 100, 500 equal intervals to0numerically compute the same integral usin
Colorado - ECE - 5154
Getting Started with HFSS v9 for Antenna DesignOctober, 2003This Getting Started training material is intended for new users of HFSS. The objective is to provide a very thorough introduction to HFSS as applied to antenna design, which may be followed st
Colorado - ECE - 5154
Spring 2009 - Computational ElectromagneticsDejan Filipovic, Assist. Prof.ECEN5154: Homework #2 due 03-9-091. Consider the shielded strip-line on a suspended substrate and supporting grooves as shown in figure 1. If the dielectric constant of the subst
Colorado - ECE - 5154
Spring 2009 - Computational ElectromagneticsDejan Filipovic, Assist. Prof.ECEN5154: Homework #4 due 04/27/09 1. Use compressed storage row algorithm to store the following matrix:2 1 0 3 0 03 1 0 2 0 00 0 3 0 0 00 0 1 3 0 01 0 0 0 -1 44 0 0 0 0 1
Delaware - CE - 434
Filters: particles are removed based on size difference (at very high efficiencies) Gas filtration: similarly, filter cloth made of fibers (with holes) of 50150 m can remove sub-micron particles As more and more particles are caught on fibers (through imp
Delaware - CE - 434
Electrostatic Precipitator (ESP): can effectively remove small particles and achieve high collection efficiencies ( 99.9% possible) Gravity settler: Fdrag <> Fgravity Cyclone: ESP: Fdrag <> Fcentrifugal Fdrag <> Felectrostatic Why is ESP more effective t
Delaware - CE - 434
Cyclone (Centrifugal Separator): Utilizes "centrifugal force," a pseudo-force caused by a particle's inertia, to separate the particle from the fluid. Dusty gas comes in through a rectangular inlet in a tangential direction. After entering, the gas is for
University of Rochester - PHYS - 221
Physics 221 Exam 1 Name: _January 30th , 20031This is a closed book/notes exam. Calculator and equation sheet are allowed; however, the equation sheet may have no words and must be turned-in with the exam. 1) If a mass on a sp[ring bobbed up and down 1
Lake County - IB - 471
MITOSPORIC FUNGI IPB 372- GENERAL MYCOLOGY Tuesday, October 28, 2003MITOSPORIC FUNGI IsA.k.a. Deuteromycetes, Fungi Imperfecti, asexual fungi, conidial fungi, anamorphic fungi. ~ 2 600 genera, 15 000 species Artificial asemblage that comprises the res
CSU East Bay - WEEK - 39004950
Statistics 3900/4950 Homework 1. Analyze the mouse data. Sixteen mice were randomly assigned to a treatment group or control group. Shown are their survival times in days, following a test surgery. Did the treatment prolong life? (Source: Efron and Tibshi
CSU East Bay - WEEK - 39004950
Statistics 3900/4950 Homework 1. What is the definition of the term p-value? 2. When performing a two-sample t-test the two population variances are unequal, what are the degrees-of-freedom (d.f.) of the test? That is what is the formula for the d.f.? 3.
Marietta - CIS - 459
Network Working Group D. Eastlake, 3rdRequest for Comments: 1750 DECCategory: Informational S. Crocker Cybercash J. Schiller MIT December 1994 Randomness Recommendations for SecurityStatus of this Memo This memo provides information for the Inte
Gonzaga - CPSC - 121
UNIX Quick ReferenceThe following are commonly used commands on UNIX systems. These include Barney, Betty and Grace in the Computer Science department. Since Barney is now a Linux system, the commands may differ slightly between Barney and the other two,
Los Angeles Southwest College - PHYS - 599
Physics 599 Counter Terrorism - A Multidisciplinary Course Proposed Course Syllabus for Spring Semester 2002Tue. and Thu. 5:30 p.m. - 6:45 p.m. Physical Sciences College Room 006 http:/www.uscasg.org Professor of Record: Office: Phone: Email: Homepage: O
NYU - HOMEPAGES - 188
EXPERIMENT 10: Protein folding studied by fluorescence spectroscopyLiterature: C.M. Jones, J. Chem. Ed. 74, 1306-1310, 1997. In this experiment, we will apply Frster energy transfer to investigate the thermodynamics of protein folding, especially, the fr
NYU - HOMEPAGES - 188
EXPERIMENT 9: Dynamic Phosphorescence Quenching in tris(2,2'bipyridyl) Ruthenium (II) ChlorideOutline of Procedure: (I) Preparation of Solutions (II) Time-resolved laser measurements (III) Steady-State Quenching (I) Preparation of Solutions: A stock solu
NYU - HOMEPAGES - 188
Investigation of Double-Strand DNA Formation and Its Thermal Denaturation Using UV-Vis Spectroscopy. The Hypochromic Effect.Nucleic acids, the building blocks of DNA and RNA have similar absorption spectra. When these nucleotides are synthesized into sin
NYU - HOMEPAGES - 188
New York UniversityDepartment of Chemistry Experimental Methods Laboratory V25.0661 SPRING 2005 General InformationLaboratory location and hours: M, W, F 2:00 - 5:30 T 9:00 - 12:30 Lecture location and hours F 11:00 - 12:15 Instructor Prof. Henry Brenne
NYU - HOMEPAGES - 188
EXPERIMENT 7PEPTIDES: SPECTROSCOPIC CHARACTERIZATION OF PEPTIDE AND PROTEIN CONFORMATIONIn this lab, you will be introduced to robotic peptide synthesis in Prof. Kirshenbaum's lab. They will synthesize a peptide with a length of 16 amino acids for your
NYU - HOMEPAGES - 188
EXPERIMENT 2FULLERENES: ELECTROCHEMISTRY AND VIBRATIONAL SPECTROSCOPY OF C60Procedures for cyclic voltammetry measurements on C60Step 1. Prepare a solution of 10-3 M C60 in 10 mL o-dichlorobenzene and add the supporting electrolyte tetrabutylammonium h
NYU - HOMEPAGES - 188
Molecular beacons First reported in 1996 DNA probes for biomolecular recognition in chemistry biology biotechnology medical sciences Ease of synthesis, unique functionality, molecular specificity, and structural tolerance Act like switches: closed (off
NYU - HOMEPAGES - 188
EXPERIMENTAL METHODS 2 V25.0731ADVANCED ORGANIC AND INORGANIC LABORATORYFALL 2005INSTRUCTORS: JAMES CANARY and HANS SCHELVISEXPERIMENTAL METHODS 2: ADVANCED ORGANIC AND INORGANIC LABORATORY (V25.0731) FALL 2005Instructors: James Canary 359 Brown Buil
NYU - HOMEPAGES - 188
Green fluorescent protein discovered in 1962 as a companion protein to aequorin, the famous chemiluminescent protein from Aequorea jelly fish proteolysis of denatured green fluorescent protein (1979) chromophore: 4-(p-hydroxybenzylidene)imidazolidin-5-on
NYU - HOMEPAGES - 188
Protein folding Consider the two-state model for protein folding - simple model - often successfully used for describing experimental observations Equilibrium between folded (F) and unfolded (U) protein F U under normal conditions equilibrium is to the l
NYU - HOMEPAGES - 188
Biophysical Chemistry - Preliminary Syllabus G25.1814 Spring 2005Tuesday/Thursday 11:00 am - 12:15pm, Silver 1003 Course Director: Professor Hans Schelvis Instructors: Professor Hans Schelvis, lectures 1-17 and 24-28 665 Waverly, 83597, hans.schelvis@nyu
uofl.edu - PA - 107
The University of Louisville Department of Physics & Astronomy presents theFirst Annual Andrew Chamblin Memorial LectureAnticipating a New Golden AgeDr. Frank Wilczek, MIT, Nobel LaureateFree and Open to the PublicThursday April 16, 2009 7:30 p.m. Gh
uofl.edu - PA - 107
Morghan TylerWorkshop 10 (Free-for-All)Louisville, KY 40211Astronomy Lab SestinaSo why can't you be a superhero?3 kilometers up are cosmic rayspassing through us faster than light:muons that are meant to diebefore they become our radiationpoisoni