We prove Strassen's law of the iterated logarithm for the Lorenz proce
ss assuming that the underlying distribution Function F and its invers
e F-1 are continuous, and the moment EX(2+epsilon) is finite for some
epsilon>0. Previous work in this area is based on assuming the existen
ce of the density f:= F' combined with Further assumptions on F and f:
Being based only on continuity and moment assumptions, our method of
proof is different from that used previously by others, and is mainly
based on a limit theorem for the (general) integrated empirical differ
ence process. The obtained result covers all those we are aware of on
the LIL problem in this area. (C) 1996 Academic Press, Inc.