000 08237nam a2200409Ia 4500
001 77626
003 ft6207
005 20251124144811.0
008 190427n 000 0 eng d
040 _erda
041 _aengtag
050 _aT58.5 G74 2017
082 _a.
100 _aGregorio, Camille S. and Lizardo, Tom Armand P.
245 0 _aTreeTector: an adroid mobile application that identifies the types and calculates the ages of the different trees in Bulacan and provide consistent and precise soil analysis using Arduino
264 _a.
_b.
_c2017
300 _bUndergraduate Thesis (BSCS major in Information Technology) Pamantasan ng Lungsod ng Maynila, 2017.
336 _b.
_atext
_2rdacontent
337 _30
_b.
_aunmediated
_2rdamedia
338 _30
_b.
_avolume
_2rdacarrier
340 _20
505 _aEXECUTIVE SUMMARY: • Introduction To most people, a tree is just a tall brown trunk with green (or even red or different colours) leaves, flowers and even fruits at different times of a year. A true is just a tree. You heards that Red Maple is really pretty and has nice fall colours so you go to the nursery and want to get a Red Mapple. Then you find out there are quite a lot of maples having red leaves. In order to identify the right tree, a huge amount of effort has been devoted to scientifically classifying trees, following the generally accepted binomial nomenclature: a formal system of naming all the species of living things. For example, the formal binomial name for the common tree, scientific name etc. However, if you want to get a special kind of tree to improve your landscape, you need to find out more information about, before you decide if this tree is right for you, You have to know what culture the tree needs: the soil – moist, dry, alkaline or acidic; the zone – the highest and lowest temperatures in your area; the size of a mature tree – may be it too big for our landscape. It is always easier to tell what tree it is when it has some special characteristics, like its leaves, its bark and its form. • Objective The objective of this study is to develop software that will provide information for the user in identifying the types, determining and calculating the ages of the different trees around Bulacan in a more efficient way, and to analyze the level of availability of nutrients or the need for a soil introduction. • Conclusion With this study, the researchers believe that problems and difficulties faced by the people while inside or outside the forest or place that has trees and soil will give convenience and will benefit the users. The software will serve as their guide for users to be easily informed by the software of what information they need to know about the certain trees they don’t know or called, calculating ages of a tree and identifying what soil is good for planting. • Process The proponents way to finish their study includes: 1. Supporting Documents – the proponents finds supporting documents for them to see if their system is feasible or to make their study more worthwhile. 2. Survey – the proponents surveyed 50 participants through survey papers students around the campus and other universities and strangers to support the problems and to make sure that users are satisfied with the output of the study. 3. Development of the Application – the mobile application was developed with the use of the Android Studio (IDE) with Java as its main programming language for their Leafsnap, Arduino (IDE) with c and ++ as its main programming language for their soil analysis and Microsoft Visual Studio that has asp.net with C# as their programming language used for their tree age calculator. • Recommendation For the Future developers and researchers, this study will help the future researchers to expand their knowledge about the Mobile Application that Identifies the Types and Ages of the Different Trees and to be able to learn how an application works and how it is made. This study will also tell them that there are many things to learn to be able to create an android mobile application. This study will show the importance and benefits of an android mobile application in Identifying and Calculating the types and ages of the different trees. The researchers will learn to and improve their capabilities on creating an application that will help the DENR on their job.
506 _a5
520 _aEXECUTIVE SUMMARY: •
521 _aIntroduction To most people, a tree is just a tall brown trunk with green (or even red or different colours) leaves, flowers and even fruits at different times of a year. A true is just a tree. You heards that Red Maple is really pretty and has nice fall colours so you go to the nursery and want to get a Red Mapple. Then you find out there are quite a lot of maples having red leaves. In order to identify the right tree, a huge amount of effort has been devoted to scientifically classifying trees, following the generally accepted binomial nomenclature: a formal system of naming all the species of living things. For example, the formal binomial name for the common tree, scientific name etc. However, if you want to get a special kind of tree to improve your landscape, you need to find out more information about, before you decide if this tree is right for you, You have to know what culture the tree needs: the soil - moist, dry, alkaline or acidic; the zone - the highest and lowest temperatures in your area; the size of a mature tree - may be it too big for our landscape. It is always easier to tell what tree it is when it has some special characteristics, like its leaves, its bark and its form. •
525 _aObjective The objective of this study is to develop software that will provide information for the user in identifying the types, determining and calculating the ages of the different trees around Bulacan in a more efficient way, and to analyze the level of availability of nutrients or the need for a soil introduction. •
526 _aF
530 _aConclusion With this study, the researchers believe that problems and difficulties faced by the people while inside or outside the forest or place that has trees and soil will give convenience and will benefit the users. The software will serve as their guide for users to be easily informed by the software of what information they need to know about the certain trees they don't know or called, calculating ages of a tree and identifying what soil is good for planting. •
533 _eProcess The proponents way to finish their study includes: 1.
536 _aSupporting Documents - the proponents finds supporting documents for them to see if their system is feasible or to make their study more worthwhile. 2.
538 _aSurvey - the proponents surveyed 50 participants through survey papers students around the campus and other universities and strangers to support the problems and to make sure that users are satisfied with the output of the study. 3.
540 _cDevelopment of the Application - the mobile application was developed with the use of the Android Studio (IDE) with Java as its main programming language for their Leafsnap, Arduino (IDE) with c and ++ as its main programming language for their soil analysis and Microsoft Visual Studio that has asp.net with C# as their programming language used for their tree age calculator. •
583 _a5
655 _aacademic writing
942 _2lcc
_cARCHIVES
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