The name is absent



Cl: For any δ > 0 and some moM there is an 6> 0 such that

sup P (zn(mo) > e) ≤ δ.

n

C2: For any δ > 0 and e > 0 there is a ξ > 0 such that

sup P

n


sup    zn(m1)

∖J∣m1-m2∣∣<ξ


Zn(m2) > 6


)≤δ


Verifying Cl and is C2 is what we set out to do. Note that Cl holds trivially as
zn(mo) = 0p(l) by Theorem 3.2 of Park and Phillips (2001). Next choose ξ < 1
and let Hj (m1j,m2j,Xj,t) = Wj(xj,t) [exp (m1Φ(xjιt)) — exp (m2Φ(xj∙,t))]. Condition
C2 follows from the continuity of
A(ao,m) and the fact that

< sup n 1/4

I∣m1-m2∣∣<ξ


n J

ΣΣHj (m1,j ,m2,j ,Xj,t) ut
t
=1 j=1


ξC,


(A7)


for some C < ∞. The last result can be established as follows:

< sup n 1Z4

I∣m1-m2∣∣<ξ


n J

ΣΣHj (m1,j ,m2,j ,xj,t} ut
t
=1 j=1


ξexp {(1 + sup ∣∣m∣∣) (sup φ^)}∑ E |-


1/4


wj (xjt)Ut f

t=1              J


(A8)


ξ exp J (1 + sup ∣∣m∣∣ ) (sup ∣Φ(s)∣

I ∖   тем    J S


)}∑ e ^-1/4 wj (xj’t)u


1/2


ξ p {(1+ sup ∣∣m∣∣) (sup ∖Φ(s)∖)⅛ (e∣:-■•

u2 ∖ ʃt-ɪ)^l /


{(1+ sup ∖∖m∖∖) (sup ∖Φ(s)∖)}∑ (e(V∙∑ «x,,,)}'■'

where the first inequality is due to equation (B9) in Bierens (1990), and second one
is due to Liapunov’s inequality. The last term above is:

E (n-1'2 w,fe,)A

j=1     t=1          J

j        n Γ∞

= ∑--*'2∑ /

j=1       t=1 ∙7-


wj (t1'2 x)dj,t(x)dx


j

= Σ--1'2

j=1

n       ∞o

^2-ll

t=1       j-∞o

w2(s)djιt(s∕t1'2)ds


j

2 У sup sup
. 1 t>1 X

J=1 -

z

-∞


w2(s)ds + o(1) < ∞,


20



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