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=. Trrparam,

, n s ( ' l s q c u r v e f i t ' , ' D i s p l a y ' , ' i t e r ' , ... 53 ' Algorithm ' , ' t r u s t ?r e g i o n ? r e f l e c t i v e ' , ... 54 ' M a x I t e r a t i o n s, Algorithm, p.55

, 1 e ?007 56 1 e ?007 , ' F i n i t e D i f f e r e n c e T y p e '

, 59 result TRRparam = l s q c u r v e f i t (F , i n i t a l g u e s s , d a t a p o s , data , lb, 60 up

, e r s and IC 63 new param = [ Nh result TRRparam ( 1 : 3 ) Nv result TRRparam, 9 ) RH0 result TRRparam ( 1 0 ) ... 65 result TRRparam

, 68 Xh = Nh ? RH0 ? sum ( result TRRparam

, Xv = Nv ? sum ( result TRRparam

, 70 new IC ( 1 ) = result TRRparam ( 7 ) + Xh

, % I n t e g r a t e t h e new IVP 74 [ time y ] = ode45 (@( t , y ) rhs SEIR SEI ( t , y , new param ) , tspan , new IC )

, AbsTol ' , 1 . 0 e ?9) ; % ode45 o p t i o n s 76 Model r e s p o n s e 78 SH = y ( : , 1 )

, IH = y, vol.3

R. =. ,

E. =. ,

, IV = y, vol.7

, C = y, vol.8

, NewCases = C, issue.1

, * i ?7)/ dt +1 ) ? C( ( 7 * ( i ?1)?7)/ dt +1 )

, 86 end 87 88 %P l o t t i n g 89 %week t i m e s c a l e : time

, ) 91 p l o t ( time / 7 ,C) 92 h o l d on 93 s c a t t e r (, p.94

, 96 stem ( NewCasesData ) 97 h o l d on 98 stem ( NewCases ) Code 5: Inverse problem output function 1 f u n c t i o n F = TRR FunctionOutput ( variable TRRparam