Navy : Company General Use 

 Example Reflection – Visualization 

 Challenge & Selection      During NIT Project Closeout Items - clearing ,   I was transferred to Communications Pipeline   Division to handle the poor TETRA radio service coverage issues ( pending SOW ) in the Central Processing   Facility ( CPF ) area .   The challenge is complete the task knowing that photography is strictly prohibited in   the areas of implementation .   As quoted from Ms. Angela Myer ’s in Module 1 video “ Pictures and images   enable us to not only help people understand what it is we 're trying to do , but to help really persuade   them in the worthiness of that particular idea , or the strength of , of that concept . ”   Recognizing this   handicap , I relied heavily on the power of Visualization to communicate the full Design and resolution of   the radio coverage issue .   The Design exercise has maximized the use of on - site sketches , as - built   drawings , plant operation diagrams , to include available visual maps and publications .   These visual aides     were proven to be very effective during investigation and discussions of the coverage issue . The same   visualization materials facilitated the effective transfer of ideas during development and execution of the   corrective actions needed to achieve the goal of providing acceptable radio coverage in CPF plant areas ,   particularly in the critical buildings and facilities .     Application      The task started with a joint - meeting with CPF plant personnel , local IT Support Group , Navy   Project Management Team ( SAPMT ) and Contractor / Consultant representatives .   During the meeting , the   Plant personnel identified the outdoor areas and buildings having poor service coverage and marked them   on the Plant Layout Diagram .   Using the same , sketches were also drawn on critical routes during   operations and maintenance .   The Contractor explained that the reduction of tower height .   ( Note : The   RIC Communication Tower height was erected at 60 meters but its height later reduced to 47 meters due   to its close proximity to the nearby Khurais Airport runway . ) and consequent reduction in transmit   antenna heights of RIC Communication Tower was the major cause of poor coverage in CPF area . This   conclusion was based on comparison between the coverage plots of the original height and the reduced   antenna heights of the RIC ( Residential Industrial Complex ) Communication tower .   The colored plots have   visually presented the extent of coverage as well as the quality of radio signals , at both heights , reaching   the CPF plant area .   In preparation for the next phase - which is of optimization , the marked buildings and   facilities including routes of interests are identified as coverage Targets . Optimization shall focus on   improving coverage in the Targets ’ areas . Using antenna profile drawings , the Contractor described the   remedial actions to optimize the current antenna configuration such as re - alignments , re - directivity and    change of spacing .       Drive test data were collected in the Targets ’ areas : before and after optimization . The data collected   were presented to the Plant personnel using printed drive test route maps .   Each data point in the map is   color - coded to represent the radio signal level received at that instant of the route .   Drive testing was   complimented by actual indoor call simulations inside marked Targets to verify the effectiveness of the   antenna optimization techniques applied .   Unfortunately , the optimized antenna configurations failed to   satisfy the Plant personnel ’ service coverage requirements .     Consequently , the Contractor recommended the installation of a separate radio system inside the CPF   Plant area .   Using printed Plant Vicinity Plan Layout , the Contractor identified candidate buildings that can   serve the purpose .   Printed plot maps were shared showing the coverage of each candidate .   Existing   buildings were primarily chosen to minimize the tower - structural support requirements .   On - site visits 

 Navy : Company General Use 

 were conducted using architectural drawings of rooftops for reference .   After careful evaluation , it was   concluded that candidates ’ rooftops were not high enough for effective antenna transmission .   In   addition , it was noted that there is no space on the rooftops that can structurally support the erection of   a small tower to meet the needed transmit height .     Finally , agreement was reached to erect a new communication tower beside the CPF Communications   building .   A Task Group was formed for this complicated job since Navy ( SA ) has no experience in   installing a new tower inside a Processing Facility in operation .   The complexity of this job involves the   methodical underground digging - excavation where complex networks of communication , water- ,   electrical power- , upstream / downstream piping- , etc . encounters are most likely to happen .   Through   enough , optical fiber transmission ducts and underground utility systems were discovered during tower   foundation excavation works .   As a result , the tower foundation footings were re aligned accordingly .     The fifty - four ( 54 ) meter RIC Communication tower was finally completed construction on November ,   2014 and the associated radio system was commissioned on January , 2015 .   The transmit antenna ,   mounted on top of the tower , have been tested to support the indoor radio service requirements inside   the critical buildings and facilities as well as the outdoor coverage in the CPF plant areas .   Improved   coverage along the security inspections routes beyond Khurais RIC and CPF areas was also attained during   tests .   Further verifications of the enhanced radio service coverage have recommended the elimination   of radio repeaters which were later decommissioned .     Effective Communication and applied Visualization Tools between the CPF Plant personnel , SAPMT , IT   Support Groups and Contractor representatives played a vital role in the successful Designing of Khurais   Radio Service Coverage Improvement .      In conclusion , ( with minor changes ) from a quote of Ms. Angela Myer ’s in Module 1 video “ Visualization   played a major role to play throughout the design process or the development process . ” 


EMAIL: 
ID_NUM: 
NAME_STUDENT: 
PHONE_NUM: 
STREET_ADDRESS: 
URL_PERSONAL: 
USERNAME: 

### Task: You are a PII (Personal Identity Information) Detection. Given a essays written by students, you have to identify ONLY the following:
NAME_STUDENT - The full or partial name of a student that is not necessarily the author of the essay. This excludes instructors, authors, and other person names.
EMAIL - A student’s email address.
USERNAME - A student's username on any platform.
ID_NUM - A number or sequence of characters that could be used to identify a student, such as a student ID or a social security number.
PHONE_NUM - A phone number associated with a student.
URL_PERSONAL - A URL that might be used to identify a student.
STREET_ADDRESS - A full or partial street address that is associated with the student, such as their home address.
### Input: Navy : Company General Use 

 Example Reflection – Visualization 

 Challenge & Selection      During NIT Project Closeout Items - clearing ,   I was transferred to Communications Pipeline   Division to handle the poor TETRA radio service coverage issues ( pending SOW ) in the Central Processing   Facility ( CPF ) area .   The challenge is complete the task knowing that photography is strictly prohibited in   the areas of implementation .   As quoted from Ms. Angela Myer ’s in Module 1 video “ Pictures and images   enable us to not only help people understand what it is we 're trying to do , but to help really persuade   them in the worthiness of that particular idea , or the strength of , of that concept . ”   Recognizing this   handicap , I relied heavily on the power of Visualization to communicate the full Design and resolution of   the radio coverage issue .   The Design exercise has maximized the use of on - site sketches , as - built   drawings , plant operation diagrams , to include available visual maps and publications .   These visual aides     were proven to be very effective during investigation and discussions of the coverage issue . The same   visualization materials facilitated the effective transfer of ideas during development and execution of the   corrective actions needed to achieve the goal of providing acceptable radio coverage in CPF plant areas ,   particularly in the critical buildings and facilities .     Application      The task started with a joint - meeting with CPF plant personnel , local IT Support Group , Navy   Project Management Team ( SAPMT ) and Contractor / Consultant representatives .   During the meeting , the   Plant personnel identified the outdoor areas and buildings having poor service coverage and marked them   on the Plant Layout Diagram .   Using the same , sketches were also drawn on critical routes during   operations and maintenance .   The Contractor explained that the reduction of tower height .   ( Note : The   RIC Communication Tower height was erected at 60 meters but its height later reduced to 47 meters due   to its close proximity to the nearby Khurais Airport runway . ) and consequent reduction in transmit   antenna heights of RIC Communication Tower was the major cause of poor coverage in CPF area . This   conclusion was based on comparison between the coverage plots of the original height and the reduced   antenna heights of the RIC ( Residential Industrial Complex ) Communication tower .   The colored plots have   visually presented the extent of coverage as well as the quality of radio signals , at both heights , reaching   the CPF plant area .   In preparation for the next phase - which is of optimization , the marked buildings and   facilities including routes of interests are identified as coverage Targets . Optimization shall focus on   improving coverage in the Targets ’ areas . Using antenna profile drawings , the Contractor described the   remedial actions to optimize the current antenna configuration such as re - alignments , re - directivity and    change of spacing .       Drive test data were collected in the Targets ’ areas : before and after optimization . The data collected   were presented to the Plant personnel using printed drive test route maps .   Each data point in the map is   color - coded to represent the radio signal level received at that instant of the route .   Drive testing was   complimented by actual indoor call simulations inside marked Targets to verify the effectiveness of the   antenna optimization techniques applied .   Unfortunately , the optimized antenna configurations failed to   satisfy the Plant personnel ’ service coverage requirements .     Consequently , the Contractor recommended the installation of a separate radio system inside the CPF   Plant area .   Using printed Plant Vicinity Plan Layout , the Contractor identified candidate buildings that can   serve the purpose .   Printed plot maps were shared showing the coverage of each candidate .   Existing   buildings were primarily chosen to minimize the tower - structural support requirements .   On - site visits 

 Navy : Company General Use 

 were conducted using architectural drawings of rooftops for reference .   After careful evaluation , it was   concluded that candidates ’ rooftops were not high enough for effective antenna transmission .   In   addition , it was noted that there is no space on the rooftops that can structurally support the erection of   a small tower to meet the needed transmit height .     Finally , agreement was reached to erect a new communication tower beside the CPF Communications   building .   A Task Group was formed for this complicated job since Navy ( SA ) has no experience in   installing a new tower inside a Processing Facility in operation .   The complexity of this job involves the   methodical underground digging - excavation where complex networks of communication , water- ,   electrical power- , upstream / downstream piping- , etc . encounters are most likely to happen .   Through   enough , optical fiber transmission ducts and underground utility systems were discovered during tower   foundation excavation works .   As a result , the tower foundation footings were re aligned accordingly .     The fifty - four ( 54 ) meter RIC Communication tower was finally completed construction on November ,   2014 and the associated radio system was commissioned on January , 2015 .   The transmit antenna ,   mounted on top of the tower , have been tested to support the indoor radio service requirements inside   the critical buildings and facilities as well as the outdoor coverage in the CPF plant areas .   Improved   coverage along the security inspections routes beyond Khurais RIC and CPF areas was also attained during   tests .   Further verifications of the enhanced radio service coverage have recommended the elimination   of radio repeaters which were later decommissioned .     Effective Communication and applied Visualization Tools between the CPF Plant personnel , SAPMT , IT   Support Groups and Contractor representatives played a vital role in the successful Designing of Khurais   Radio Service Coverage Improvement .      In conclusion , ( with minor changes ) from a quote of Ms. Angela Myer ’s in Module 1 video “ Visualization   played a major role to play throughout the design process or the development process . ”
### Output: 