Quantum Data 801GC - Manual (Page 106)

4-68 Chapter 4: Built-In Images Model 801GC, 801GF & 801GX¥Rev. X1
Text_9, Text_16
Description In the primary versions, the screen is filled with
random paragraphs of white text on a black
background. The secondary versions use black text
on a white background The amount of text is
determined by the size of the font used and the
horizontal and vertical resolution of the format.
The Text_16 image uses a larger font than the Text_9
image.
In this paper we will demonstrate that by using optimal management
engineering to offset partial incremental time phasing it leaves a few
random context sensitive capacity to produce partial management control.
Nevertheless, stressing the systematic digital programming to offset
functional unilateral superstructures it leaves a few unresponsive context
sensitive flexibility to produce representative organizational
functionality. Often invoking optional transitional interaction as well as
partial third generation superstructures it is necessary for all qualified
context sensitive time phasing to generate a high level of partial
reciprocal displays. Sometimes, by not distinguishing random context
sensitive outflow as well as partial reciprocal hardware it becomes not
infeasible for all but the least responsive third generation engineering
to maintain adequate random context sensitive devices. More likely, it is
that by developing integrated policy capability coordinated with random
unilateral engineering it emphasizes the very qualified incremental
projections to generate a high level of systematized well-documented
emulation. Also, invoking partial management concepts as well as
synchronized reciprocal hardware it is possible for even the most
transient transitional utilities to serve as integrated organizational
systems. On the other hand, to maintain random context sensitive devices
as well as reciprocal hardware the optimal management engineering offset
partial incremental time phasing. Often, optimal management engineering by
developing qualified incremental projections as well as adequate random
context. Therefore, in the representative organizational functionality
third generation superstructures become not feasible to generate
In this paper we will demonstrate that b
using optimal management engineering to
partial incremental time phasing it leav
few random context sensitive capacity to
produce partial management control.
Nevertheless, stressing the systematic d
programming to offset functional unilate
superstru tures it leaves a few unrespon
Text_9
Portion of
secondary Text_16