Model Interpretation Machine Learning for Data Science 1 EE - - PowerPoint PPT Presentation

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Model Interpretation Machine Learning for Data Science 1 EE - - PowerPoint PPT Presentation

exploinobility as interpretobility Model Interpretation Machine Learning for Data Science 1 EE ploinoble At the extend to wash and wise interpretobility o are be obscured within effect a 1 system are ableto predict the extend to which we


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SLIDE 1

Model Interpretation

Machine Learning for Data Science 1

exploinobility

as interpretobility

EEploinoble At

interpretobility

  • the extend to wash

wise

and

effect

are beobscuredwithin

a

1

system

theextend to which

we

are ableto predict

who t is going tohopperuponderageofthemput

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SLIDE 2

the degree to which

bum

co predictthe

model's

result

exploiaobility

extend to

which the

uterine

mechanics ofthe system

can be explained inhumoutermst

background

www.t

Knowledge

example

chemical experiment

Epa

Efe

Harpeth

www.hiepotoaoe

5

  • f theexperiment

expel understandtenduenisty

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SLIDE 3

bogey

transparency

  • r the lookof

corporateself interest

absence of governance

and accountability

ML gets two loud

in biggest businesses

and polite

Cowbridge Anolytice

crime justice

medicine

health core

curvy

  • uter

vision

acccouthility

transposing

trust

understand thewooliges ofthe model

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SLIDE 4
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SLIDE 5

Mistakes

slide-6
SLIDE 6
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SLIDE 7

e

in

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SLIDE 8

F

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SLIDE 9

block

box

models

a function too complicated

for

a

humour to comprehend

a propriotory fanctoon

ranking of the web pogies

psychotryapnhibited

level

a

we

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SLIDE 10

accuracy

yiuteropgdqgfon.ee

bExIkbEoaee

I

need.gg

t www.T

poor

interpretable perfomeone

fooled

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SLIDE 11

Joi ruess

predict

io os ret

bio seed

and

  • w

wot disaicniceote demographic mae J

primes

exclude g privateTufo

to cetology

reliability

robustness swell chargesof

a pit

lead

to largeImagesofoutput

Cove

tier

trust

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SLIDE 12

sowe.to

y

Model specific

tegnostic

I

deterpretotioncoptility

logisteteg

I

does not depend

the

ANN

  • nly

typeefthernadal

block boxes

winteruolsured

Globe

canyon'utepret

prsuttaelwb.ee

woooeenieterpoetble

preolidafE

form

f

ya

thou

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SLIDE 13

Efta

Doshi

VoleskoA

  • pplicotieu level

did zepretots.eu

preeguirsaocygood

humour

hee

expenigesetup

evolution layperson

Juctionhool optimizeforsoulicity

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SLIDE 14

Propertiesof methodsfor interpretation

expresie power

trous lucency

portability

compexexity

repertiesofmethods

for individual

explanations

x

z

accuracy

fidelity

consistency

stolility

comprehensibility

certainty

degreegireportoace

novelty 3 break ku

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SLIDE 15

LIME

a

to Col Surrogate

block

box

portofthe futurespace

load interpretable

beodee agnostic explotrofias

Expire in individual predictions

1

select

  • n

iustou ee

l Ga e ofinterest

2 perturbthe date

and getpredictions

3 bfaigight

new samples aecondistosyjurilont

4

weig

bo euo

t outcome

BBM interpretable model tree

liu reg bag Reg

NBC

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SLIDE 16

g

slide-17
SLIDE 17
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SLIDE 18

A

Et

i

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SLIDE 19

y

f

Tes

X

slide-20
SLIDE 20

i

too

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SLIDE 21

Line

  • _O
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SLIDE 22

Shepley Values

effectsof the

freebase values

  • n

a

  • utcome of

a model

each future

as

a player

in

a game

distribute the prey out

ang

the future

coalitions

jobreoeegety

u ploy

ers

t

mo p

e subsetof players to

a red writer

  • n 2

IR

s

v f

z 0

flop

by

  • rder

distribute totalgoing

toplayers footsies ossung

theycollaborate 5

Coalition of players

G

S

worthof coolietiers

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SLIDE 23

i

Theamount the pEye

gets in coalition game Girl

4

fo

2

144

14

150 3

rls

S E Nyi's possiblecoalitions

108

Epproximotee

Strumbeg Kanoukozal

Molitor

fi.fi FlII

ffEi.oD

i

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SLIDE 24

Algorithm

approximate 01 Cx

the importance

  • fthe

i th future's value forinstance x

  • wl for

model f

toiled

  • j

sweats

for

1 to IL

T

futures

Funked

CUT

IT

i

feot.preeeeoigi.us IlL

ri

usINHy

a

i

Eu

into

x i

I

7

x

t

Couey

dilix

dik

f

xii

f

x i

Ii Cx

g i G 1k

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SLIDE 25

A

th

a proximateOli j

globalimportance

  • f the

th Jobevolney for

a modelf

i j

  • for K

L to be

i

i j

di j

t f E

f g

Oli j

e di j l k

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SLIDE 26
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SLIDE 27

SHAP

e

housing date

slide-28
SLIDE 28

O

O

O

a

t

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SLIDE 29

GlobolsigoE

si

I

no

Returpretobee

f

Crees

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SLIDE 30
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SLIDE 31

nfihplEZh

ti.ws aJt lsieeG

error

complexity

ba fie

  • iout iiloglttexpfF

Ebjxzj

tdT.gl bj to

RiskSLlM

slide-32
SLIDE 32

a

i

s't

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SLIDE 33
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SLIDE 34
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SLIDE 35

lb

Hi

is I

I

9

  • O

x

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SLIDE 36

Legisiegression

I

I

e

xE

log

Wot

were

twnxu.bg

pFwo

I

I'wax

s

1

53

lookup for

homognopfous

pcs

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SLIDE 37

KoHou R Sandino

i

in

I

r

ni

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SLIDE 38
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SLIDE 39
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SLIDE 40

I beg

gepfE.de

p yfet.tostxT

slide-41
SLIDE 41

OF

slide-42
SLIDE 42

I

slide-43
SLIDE 43

I

prototyers

O

O

O

O

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SLIDE 44

Dudincoucludies

block box

models

  • ne

cent necessary

needed for

accurate predictions

focus of future engineers

were effort

sofety

R trust

MLurodes

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SLIDE 45