regulatory standards for inertial navigation
systems?
regulatory standards for inertial navigation
systems?
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inertial navigation systems:
it is a device that uses computer ,motion sensors ,rotation
sensors to continuously calculate by dead reckoning the
position,and also the velocity of a moving object.
these are used on mobile robots, and on vehicles as
ships,air crafts ,submarines,guided missiles.
these systems suffer from integration drift ,small errors in
measurement of acceleration ,so to avoid these the position must be
periodically corrected by input from some other type of navigation
system.
it can detect a change in its geographic position, a change in
velocity .since it requires no external references in order as it
is immune to jamming and deception.
the marketing prices used in these systems are so high as it is
used in many objects ,but it is based on the environment in which
they are used.
it should have a range of navigation of vertical position
accuracy as 1.5m ,horizontal position accuracy as 0.8m ,velocity
accuracy of 0.005m/s .
the sensors range for accelerometer is +_10g,gyroscopes is
+_490 /s,pressure should be 10 to 120KPa.
Landmark Systems Inc. designs and manufactures global
positioning navigation systems for all-terrain vehicles and
watercraft. It has two support departments: Design and Engineering;
and, two production departments, Vehicle Systems and Water Craft
Systems.
The budgeted level of service relationships at the start of the
year was:
Used by:
Design
Engineering
Vehicles
Water Craft
Supplied by:
Design
0.10
0.40
0.50
Engineering
0.05
0.35
0.60
Landmark Systems Inc. collects fixed costs and variable costs of
each support department in separate pools. The...
Unter Components manufactures low-cost navigation systems for
installation in ride-sharing cars. It sells these systems to
various car services that can customize them for their locale and
business model. It manufactures two systems, the Star100 and the
Star150, which differ in terms of capabilities. The following
information is available:
Costs per Unit
Star100
Star150
Direct materials
$
70
$
80
Direct labor
24
30
Variable overhead
10
15
Fixed overhead
95
125
Total cost per unit
$
199
$
250...
Regulatory capital standards
a. Are based on the risk profile of the bank
b. Are stiffer for systemically important financial
institutions
c. Are being coordinated internationally
d. All of the above
World Aeronautics, which sells aircraft, has two profit
centers, Systems and Assembly. Systems makes navigation equipment
and transfers them to Assembly, which then puts together the
aircraft for external sale. Systems can make up to 200 units a year
at a variable cost of $2 million each. Assembly has variable costs
of $ 14 million per aircraft. Assembly receives an order for 6
planes for a price of $25 million each.
Suppose that Systems has no ability to sell its...
Academy Products manufactures a variety of custom components for
use in aircraft navigation and communications systems. The
controller has asked for your help in estimating fixed and variable
overhead costs for Academy’s Rio Puerco plant. The controller tells
you that the best cost driver for estimating overhead is
machine-hours.
Monthly data on machine-hours and overhead costs for the last
year have been collected and are shown as follows.
Month
Machine-Hours
Overhead Costs
1
660,000
$
649,000
2
930,000
2,200,000
3...
Waterloo, Ltd.
manufactures a component used in aircraft navigation systems.
Demand has been strong and the executive staff at Waterloo is
planning for next year. Yesterday, you were called into a budgeting
meeting where production plans are being reviewed. You learn that
the inventory policy at Waterloo is to hold one and one-half
months’ worth of sales (to avoid issues with transportation
disruptions). The sales budget for next year is 660,000 units,
spread evenly over the year. Because of an...
1. Provide an example of an inertial frame of reference and a
non-inertial frame of reference. Explain the difference.
2. Using the Michelson-Morley experiment as an example, explain
why classical mechanics was unable to explain natural
phenomena.
3. Using at least one of Einstein's "thought-experiments",
explain how special relativity addresses how it is possible for
observers in two different inertial reference frames to “disagree”
about time and distance intervals.
4. Describe how special relativity explains the conditions under
which classical...
1. Provide an example of an inertial frame of reference and a
non-inertial frame of reference. Explain the difference.
2. Using the Michelson-Morley experiment as an example, explain
why classical mechanics was unable to explain natural
phenomena.
3. Using at least one of Einstein's "thought-experiments",
explain how special relativity addresses how it is possible for
observers in two different inertial reference frames to “disagree”
about time and distance intervals.
4. Describe how special relativity explains the conditions under
which classical...
Control is a regulatory process of establishing standards to
achieve organizational goals, comparing actual performance to the
standards, and taking corrective action when necessary to restore
performance to those standards. Control is achieved when behavior
and work procedures conform to standards and when company goals are
accomplished. Standards are a basis of comparison for measuring the
extent to which organizational performance is satisfactory or
unsatisfactory. Standards can also be determined by benchmarking
other companies. Benchmarking is the process of determining...