design and management of control system for rural tourism

Research ArticleDesign and Management of Control System for Rural TourismNetwork Information Based on MVC Model

Hanlin Dong 12

1Suan Sunandha Rajabhat University Bangkok ailand2Shandong Vocational Institute of Fashion Technology Taian 271000 China

Correspondence should be addressed to Hanlin Dong 3216003469mail2gduteducn

Received 5 June 2021 Revised 1 July 2021 Accepted 3 July 2021 Published 10 July 2021

Academic Editor Fazlullah Khan

Copyright copy 2021HanlinDong+is is an open access article distributed under the Creative CommonsAttribution License whichpermits unrestricted use distribution and reproduction in any medium provided the original work is properly cited

Tourism has developed into an industry with a powerful momentum of development in the world today With the development ofinformation technology information has become a powerful driving force to promote the prosperity and development of thetourism industry and the entire society +e introduction of the tourism information system can significantly improve the servicelevel operation level and management level of the tourism industry thereby accelerating tourism development +e research ofthis article is to help villages establish a set of MVC-based rural tourism information service systems that can promote thedevelopment of rural tourism First of all this article conducts demand research on tourists rural scenic spots and ancient villagesto discover the problems in rural tourism development Secondly this paper combines the problems existing in constructing thevarious subsystems of the rural tourism information system combined with the fuzzy comprehensive evaluation method In thispaper we propose the rural tourism system architecture based on MVC+e system architecture consists of the user layer servicelayer business layer and data layer It describes the systemrsquos implementation process from two aspects the systemrsquos interfacedesign and its deployment model Finally the network topology structure of the rural tourism information service system based onMVC is drawn Finally the systemrsquos deployment is implemented according to the network topology structure

1 Introduction

With the accelerated pace of urbanization and the intensi-fication of competition urban residents increasingly preferto travel to the countryside +ese are coupled with thecontinuous construction of rural roads and transportationfacilities providing unprecedented convenience for ruraltourism Rural tourism can be divided into traditional ruraltourism and modern rural tourism [1 2] Traditional ruraltourism appeared after the industrial revolution Urbanresidents from rural areas mainly embodied it by goinghome to visit relatives [3] Traditional rural tourism has aparticular economic impact on the local area However ithas not effectively promoted the economic development ofthe local rural villages It cannot provide local employmentopportunities and improve the local rural financial envi-ronment [4]

In todayrsquos society in the western developed countrieshigh and new technology is widely promoted and applied intourism development tourism management etc It hasimproved the work efficiency of tourism areas and thetourism experience of tourists [5 6] Concepts such aselectronic maps satellite guides ticketless travel and virtualtravel were quickly adopted by the tourism industry [7]Grezel proposed the critical design elements of the smarttourism system which mainly include related backgroundinformation such as tourism resources culture and lan-guage +erefore to better understand the needs of touristsand design the smart tourism system according to the needsof tourists [8] Ricci proposed a web-based travel recom-mendation system using a use-case-oriented approach toprovide quality services for tourists to make plans [9] IBMrsquosldquoSmart Hotelrdquo project pursues humanized brilliant experi-ence service It proposes four robust solutions including

HindawiMobile Information SystemsVolume 2021 Article ID 8086157 7 pageshttpsdoiorg10115520218086157

systematic monitoring and management electronic keysnetwork unsubscription and desktop cloud [10]

At present smart tourism mobile tourism and ruraltourism have flourished in a certain way However touristscan only passively perceive tourism information during thetravel process [11] Moreover the information transmittedbetween the government various tourism-related enter-prises and tourists is not smooth It weakens the touristrsquossense and interactivity [12] In order to tap the needs andpain points of touristsrsquo travel information services it isnecessary to meet the needs of users Tourism has developedinto an industry with a robust development momentum inthe world today [13] +e research of this article is to helpvillages establish a set of MVC-based rural tourism infor-mation service systems that can promote the development ofrural tourism In order to tap the needs and pain points oftouristsrsquo travel information services it is necessary to beguided by user needs It can be achieved by combining withthe network information technology developed by the timesto provide tourists with a full range of services beforeduring and after travel

+e rest of the paper is in accordance with the followingpattern In Section 2 network informationization is studiedIn Section 3 network informationization of rural tourismbased on the MVC model is given In Section 4 the ruralnetwork tourism system testing is elaborated Finally thepaper is concluded in Section 5

2 Network Informationization of RuralTourism Based on MVC Model

21 Informatization of Rural Tourism Network Rural tour-ism began in the 1830s and after the 1980s rural tourismbegan to develop on a large scale Now it has a considerablescale in some western developed countries In some highlyurbanized regions and countries rural tourism can accountfor 10ndash25 of all tourism activities [14ndash16] +e devel-opment of rural tourism has effectively changed the phe-nomenon of rural economic downturn +e contribution ofrural tourism to the local economy and the significance oflocal development have been well proven In many coun-tries it is agreed that rural tourism is the driving force ofeconomic development and economic diversification inremote rural areas [17 18]

In addition to the support of national policies ruraltourism development also has a profound backgroundNowadays the economic level of urban residents has im-proved and their leisure time has increased Also urbanresidentsrsquo physical and mental needs to return to nature aremore urgent [19 20] +e open space fresh air beautifulenvironment and rich local culture in the rural areas canmeet the desire of urban tourists to return to nature andreturn to the basics Rural tourism is rapidly formed anddeveloped under such conditions [21 22] Today ruraltourism is in the ascendant After a long development pe-riod rural tourism has developed from the initial sponta-neous stage to the present conscious stage Rural tourism cangreatly promote rural economic development Rural tourismdevelopment actively utilizes the agricultural natural

environment agricultural production and managementactivities and human resources [23 24] After planning anddesign the formation of leisure tourism and holiday parkwith pastoral pleasures can effectively perform agriculturalproduction functions and increase agricultural income

22 MVC Model +e MVC pattern is a software architec-ture pattern It is a software architecture pattern that sep-arates the three modules of view controller and model +eadvantage of this design is that system developers and systemdesigners can perform their maintenance [25 26]+ereforeit improves the reuse rate of system code and also improvesthe scalability of system applications +e most significantadvantage of the system is that it brings great convenience tosystem development MVC is the ideal way to use threedifferent parts to construct a software or component Itprovides a powerful object separation mechanism makesthe program more object-oriented and handles the designof the software architecture and the development of theprogram +e core idea of the model is to combine ef-fectively ldquomodelrdquo ldquoviewrdquo and ldquocontrollerrdquo [27 28] +emodel is used to store data objects +e view provides thedata display object for the model +e controller is re-sponsible for specific business logic operations and is re-sponsible for matching various operations performed bythe ldquoview layerrdquo to the corresponding data of the ldquodatalayerrdquo and displaying the results +e structure of the MVCmodel is shown in Figure 1

+e user interacts with the view page and some requestsinput by the user are first received by the controller +en itis responsible for selecting the corresponding model forprocessing +e model processes the userrsquos request throughbusiness logic and returns the processed data [29 30] Fi-nally the controller selects the appropriate view to formatthe returned data +e separation between the three com-ponents allows a model to be displayed in multiple differentviews When the user changes the data in the model throughthe controller of a particular view all other views that de-pend on the data should reflect these changes In short nomatter what data changes occur at any time the controllerwill notify these changes to all associated views and updatethe related displays [31 32] It is a change propagationmechanism of the model


+e rural tourism information service system is designedfrom functional design class design and database designFor the functional design of the system first analyze thesystem structure of rural tourism +en draw the overallfunctional structure diagram of the system Finally de-compose the subsystems of the rural tourism informationservice system [33 34] To design the class of the system firstdetermine the class of the system and then determine therelationship between the system classes to draw a class di-agram+e conceptual design and the logical design carry onthe database design to the system using the database ER

2 Mobile Information Systems

diagram and the database table to design the system database[35 36] A theory provides a very effective tool for intelligentinformation processing It is a newmathematical method fordealing with inaccurate uncertain and incomplete data

In the fuzzy comprehensive evaluation method deter-mining the weight is mainly based on the AHP analyticmethod +e weight calculation results in more accuratevalues [37 38] +e AHP analytic hierarchy process is adecision-making method that combines quantitative andqualitative analysis +is method is mainly proposed forproblems with multiple structural layers and is affected bymultiple factors First of all we must determine the eval-uation indicators and then calculate the weights of indi-cators at all levels +en measure the degree of influence ofthe changes of each factor on the overall system to com-prehensively detect the effectiveness of the evaluation results[39 40]

dprime(t x) 1113946+infin

minusinfinμ(τ minus px x)dp

μ(τ p) 1113944Nx

i

d t τ + pxi xi( 1113857Δxi

(1)

When the fuzzy comprehensive evaluation method isused in this paper firstly AHP is used to establish an analytichierarchy model for the effectiveness of internal controloperation which is divided into 5 first-level indicators and17 second-level indicators

f(j)

minus f(jminus 1)

11138681113868111386811138681113868

11138681113868111386811138681113868le τ

f(j)

minus f(b)

11138681113868111386811138681113868

11138681113868111386811138681113868le τ(2)

A detailed description of the secondary indicators is usedas the specific question of the questionnaire +e degree ofmembership of the indicators at all levels is calculated based

on the questionnaire results [41 42] At the same time theevaluation set is established +en the index comparisonmatrix is established according to the analysis model Inviteexperts to score the importance of the comparison matrixuse the AHP analytic method to calculate the weights ofindicators at all levels and check the consistency of theweight values [43ndash45] Under the premise of consistentinspection results the evaluation results of the indicators atall levels are calculated through the fuzzy comprehensiveevaluation mathematical formula +ey combine each in-dicatorrsquos weight and the evaluation results to comprehen-sively calculate the index scores of the effectiveness ofinternal control operations at all levels Take the columncorresponding to each indicator in the scoring table as thecomparison sequence of factors

D(v) 1113944 C vi vj1113872 1113873 where vi vj isin V (3)

+e correlation degree represents the relationship be-tween the comparison sequence and the reference sequence+e formula for solving the correlation analysis is as follows[46]

D v0( 1113857leD v1( 1113857leD v2( 1113857le LleD vn( 1113857 (4)

Because the dimensions of many selected evaluationindicators are not the same it is more difficult to compare Itrequires dimensionless processing for all initial indicatorvalues

D vn+1( 1113857 min D vn( 1113857 + C vi w( 11138571113864 1113865 where vi isin U w isin V minus U

(5)

After the cascade structure is constructed the evaluationindicators of each level are compared with each other todetermine the importance of the factors contained in eachlevel +en the judgment matrix is determined according tothe Saaty 1ndash9 scale method

xjprime lexj lexj

Prime (j 1 2 n)

gj legjPrime (j 1 2 n)

hjprime le hj(x) (j 1 2 n)

wjprime lewj(x)lewj

Prime (j 1 2 n)

(6)

According to the above steps scoring each indicatorfactor of the TV drama evaluation is weighted and summedfor each level

Q(x q) f

f0+ 1113944

j

px xj1113872 1113873 + q 1113944j

pg gj1113872 1113873 + 1113944j

ph hj1113872 1113873 + 1113944j

pw wj1113872 1113873⎡⎢⎢⎣ ⎤⎥⎥⎦ (7)

Data database file

Controller consists ofone or more servlets

Read

Store dataModel consists of one

or more Javabeans

Request JSP display data

View consists of one ormore JSPs

Request processing data

Figure 1 MVC model structure diagram

Mobile Information Systems 3

It is possible to finally calculate the total score of each indexfactor that affects the running status of the TV series which alsoreflects the degree of influence of the index factor on thecomprehensive evaluation of the running status of the TV series

x(j+1)

x(j)

+ sjd(j)

(8)

+e construction of the evaluation index system is thebasis for evaluating the image of a tourist destinationDifferent subjects have significant differences in the selectionof evaluation indexes for the same evaluation object+erefore when constructing the evaluation index systemthe following principles should be followed According tothe process mentioned above after obtaining the fuzzyevaluation matrix of various aspects and the weight of eachindex a multilevel fuzzy comprehensive evaluation shouldbe carried out on the evaluated object

4 Rural Tourism Network System Test

41 Test Environment and Program +e testing method usedin this article is the unit testingmethod which is amethod usedin many software testing processes now ie when the func-tional module of a certain unit is designed It is tested and if aproblem is found it is immediately modified After the designof the entire system is completed it will be tested as a whole Itis often the content of functional testing performance testingetc that the user needs to perform Software testing is a processwith strict procedures and should follow specific rules In anutshell software testing should meet the following basicprinciples +e design work of the spatial database of the ruraltourism network system is shown in Figure 2

A very important job before system development isspatial database design which is mainly used to record thespatial information of data and the primary attributes ofprimitives +e spatial system database mainly includes twoaspects one is the primary geographic database and theother is the tourism thematic spatial database

42 Test Results A system function test is a test for theanalysis of user functional requirements It is the most basicdesign requirement of the entire system In the previousdesign process we have introduced the functions of eachunit and here is the overall function of the system testingand analysis In the function test of rural electric tourismbased on MVC mode we mainly test the main functionmodules of the system

According to the principle of performance response timethe userrsquos response speed to the page is divided into fourevaluation levels Here less than 2 seconds indicates that thepage response is fast while 2ndash5 seconds indicates that theresponse speed is okay +e 5 seconds indicates the responsespeed plodding but acceptable After more than 8 seconds thepage does not respond and the user may send the requestagain or leave the site From user behavior the increase inpage response speed is conducive to improving user expe-rience +e test environment sends 5 requests with priority 1and 5 requests with priority 2 on the page Figure 3 shows thatthe priority request scheduling strategy is compared with the

case of sending requests simultaneously and the request withpriority 1 is responded to the time required

Figure 4 is based on the front-end framework imple-mented in this article sending 50 requests to the server andcomparing the time required for the page to get the serverrsquosresponse and load to complete

A geographic information system (GIS) is a computersystem that collects displays stores analyzes manages andapplies geographic information It is a general technology foranalyzing and processing massive geographic data A variety ofgeospatial entity data and their relationships are the objects ofGIS processing andmanagement It includes spatial positioningdata attribute data graphic data and remote-sensing imagedata It is mainly used to analyze and process various phe-nomena and processes to solve complexmanagement decision-making and planning issues Figure 5 shows the test results ofthe regional spatial distribution of the rural tourism network

Spatial database

Basicgeographic data

Tourismthematic data

Logical layering

Physicallayering

Real

m el

emen

t

Traf

fic el

emen

t

Resid

entia

l ele

men

t

Wat

er sy

stem

elem

ents

Serv

ice p

oint

faci

litie

s

Tour

ism st

atist

ics

Trav

el re

sour

ces

Poin

t ele

men

t

Line

ar el

emen

ts

Are

a ele

men

t

Figure 2 Spatial database of the rural tourism network system

8 10 12 14 16 18 20 226Rural tourism sample data

00

01

02

03

04

05

Den

sity

Simultaneous queuePriority queue

Figure 3 Comparison between the priority request schedulingstrategy and the case of sending requests at the same time


Data maintenance users can import create draw andelectronic export maps in various formats for the database inthe map control management module On the client sidevisitors can zoom out zoom in pan and display all types oftravel-related maps they need +e system has an eagle-eyenavigation function

5 Conclusions

Tourism is an industry with intensive information demand+e unprecedented development and advancement of mo-bile information technology have promoted the

development of mobile tourism information services +eways of tourism information services have become morediverse and intelligent Due to the continuous increase of theurban population social pressure and life pressure isgradually increasing People are more willing to choose theform of rural tourism to pursue the experience of returningto nature and relaxing the body and mind With the im-provement of living standards people expect the scenery ofscenic spots during travel and receive high-quality servicesand get a good experience in obtaining travel information+is article studies the development of rural tourism in thecontext of smart tourism starting from the three stages of

0200

400600

8001000 05

0607

0809

1004

05

06

07

08

09

Y

Z

x

09580

08984

08388

07792

07196

06004

05408

04812

04216

03620

06600

Figure 5 Test of the regional spatial distribution of rural tourism network

b ca

0

10

20

30

40

Rang

e

ContentNumber of papersScale

Figure 4 +e page gets the serverrsquos event response result


tourism including food housing transportation travelshopping and entertainment Entertainment is startingfrom the three stages of tourism Experience is the startingpoint exploring the needs of tourists for rural tourism in-formation services Combining the overall framework of theinformation service system provides a reference for thetourism management and tourism information service de-sign of rural scenic spots Tourism has developed into anindustry with a powerful momentum of development in theworld today +e introduction of the tourism informationsystem can significantly improve the service level operationlevel and management level of the tourism industry therebyaccelerating tourism development +e research of this ar-ticle is to help villages establish a set of MVC-based ruraltourism information service systems that can promote thedevelopment of rural tourism

Data Availability

+e data used to support the findings of this study areavailable from the corresponding author upon request

Conflicts of Interest

+e author declares that there are no conflicts of interest

References

[1] T Dax D Zhang and Y Chen ldquoAgritourism initiatives in thecontext of continuous out-migration comparative perspec-tives for the alps and Chinese mountain regionsrdquo Sustain-ability vol 11 no 16 p 4418 2019

[2] F Mancini G M Coghill and D Lusseau ldquoQuantifyingwildlife watchersrsquo preferences to investigate the overlap be-tween recreational and conservation value of natural areasrdquoJournal of Applied Ecology vol 56 2019

[3] G M Robinson and B Song ldquoRural transformation cherrygrowing on the guanzhong plain China and the adelaide hillssouth Australiardquo Journal of Geographical Sciences vol 29no 5 pp 675ndash701 2019

[4] S Yang ldquoEco-agricultural economic development strategybased on improving the eco-cultural tourism environment inrural areas along the coastrdquo Journal of Coastal Researchvol 104 no sp1 2020

[5] L Zhao and R Hou ldquoHuman causes of soil loss in rural karstenvironments a case study of Guizhou Chinardquo ScientificReports vol 5 2019

[6] J Chlachula ldquoBetween sand dunes and hamadas environ-mental sustainability of the thar desert west Indiardquo Sus-tainability vol 13 no 7 p 3602 2021

[7] A Ib B Ys B Dva et al ldquoA 3d additive manufacturingapproach for the validation of a numerical wall-scale model ofcatalytic particulate filtersrdquo Chemical Engineering Journalvol 405 2020

[8] A Fg C Mfb B Mvc A Cb A Mf and C Frb ldquoOn thedifference between real-time and research simulations withctiperdquo Advances in Space Research vol 64 no 10pp 2077ndash2087 2019

[9] J L Sanchez M Padrino E Martinez and M Florez ldquo+euse of pelegrsquos equation to model water absorption in triticale(x triticosecale wittmack) seeds magnetically treated beforesoakingrdquo Romanian Journal of Physics vol 64 no 3-4 2019

[10] G Vesentini A M P Barbosa D C Damasceno et alldquoAlterations in the structural characteristics of rectusabdominis muscles caused by diabetes and pregnancy acomparative study of the rat model and womenrdquo PLoS Onevol 15 no 4 Article ID e0231096 2020

[11] M L Elsayed O Mesalhy R H Mohammed and L C ChowldquoTransient and thermo-economic analysis of med-mvc de-salination systemrdquo Energy vol 167 no JAN15 pp 283ndash2962019

[12] M F Anjos and M Vieira ldquoMathematical optimizationapproach for facility layout on several rowsrdquo OptimizationLetters vol 6 no 12020

[13] M F Anjos and M Vieira ldquoMathematical optimizationapproaches for facility layout problems the state-of-the-artand future research directionsrdquo Operations Research vol 59no 1-2 pp 89ndash91 2019

[14] S K Verma D Torres-Sanchez K R Hernandez-MArtınezV P Malviya and B A Rivera-Escoto ldquoGeochemistry ofeocene felsic volcanic rocks from the mesa virgen-calerillazacatecas Mexico implications for the magma source andtectonic settingrdquo Geological Journal vol 56 2021

[15] W M Gilliland H A Prince A Poliseno A Kashuba andE P Rosen ldquoIr-maldesi mass spectrometry imaging of humanhair to characterize longitudinal profiles of the antiretroviralmaraviroc for adherence monitoringrdquo Analytical Chemistryvol 91 no 16 2019

[16] D P Salgado Terencio L F Sanches Fernandes R M VitorCortes J P Moura and F A Leal Pacheco ldquoCan land coverchanges mitigate large floods a reflection based on partialleast squares-path modelingrdquo Water vol 11 no 4 p 6842019

[17] M C dos Santos J L R Scaini M V C Lopes et alldquoMefloquine synergism with anti-tuberculosis drugs andcorrelation to membrane effects biologic spectroscopic andmolecular dynamics simulations studiesrdquo Bioorganic Chem-istry vol 110 p 104786 2021

[18] A Yr A Sh Z A Peng B Mh and A Zx ldquoSelf-paced andauto-weighted multi-view clustering-sciencedirectrdquo Neuro-computing vol 383 pp 248ndash256 2020

[19] S Chang J Hu T Li H Wang and B Peng ldquoMulti-viewclustering via deep concept factorizationrdquo Knowledge-BasedSystems vol 217 no 2 p 106807 2021

[20] R Jayendiran S Campisi M Viallon P Croisille andS Avril ldquoHemodynamics alteration in patient-specific dilatedascending thoracic aortas with tricuspid and bicuspid aorticvalvesrdquo Journal of Biomechanics vol 110 2020

[21] I Belot D Vidal R Greiner M Votsmeier R E Hayes andF Bertrand ldquoImpact of washcoat distribution on the catalyticperformance of gasoline particulate filters as predicted bylattice Boltzmann simulationsrdquo Chemical Engineering Jour-nal vol 406 2020

[22] V Brancato M Ventre R L Reis and P A Netti ldquoDecel-lularized matrices for tumor cell modelingrdquo Methods in CellBiology vol 157 pp 169ndash183 2020

[23] D Spieler C Namendorf T Namendorf M von Cube andM Uhr ldquoDonepezil a cholinesterase inhibitor used in alz-heimerrsquos disease therapy is actively exported out of the brainby abcb1ab p-glycoproteins in micerdquo Journal of PsychiatricResearch vol 124 pp 29ndash33 2020

[24] D P S Terencio F A L Pacheco L F Sanches Fernandesand R M V Cortes ldquoIs it safe to remove a dam at the risk of asprawl by exotic fish speciesrdquo Science of the Total Environ-ment vol 771 2021


[25] G Baldin A Ciccullo S Rusconi et al ldquoLong-term data onthe efficacy and tolerability of lamivudine plus dolutegravir asa switch strategy in a multi-centre cohort of hiv-1-infectedvirologically suppressed patientsrdquo International Journal ofAntimicrobial Agents vol 54 no 6 pp 728ndash734 2019

[26] MMorais A I Oliva-Aviles M Matos et al ldquoOn the effect ofelectric field application during the curing process on theelectrical conductivity of single-walled carbon nano-tubesndashepoxy compositesrdquo Carbon vol 150 2019

[27] D Pavkovic P Prljan M Cipek and M Krznar ldquoCrossaxiscontrol system design for borehole drilling based on dampingoptimum criterion and utilization of proportionalintegralcontrollersrdquo Optimization and Engineering vol 22 2021

[28] W Jiang G C Ye D H Zou and Y Yan ldquoMechanismconfiguration and innovation control system design for powercable line mobile maintenance robotrdquo Robotica vol 39pp 1ndash13 2020

[29] S Cheng L Li Y-G Liu W-B Li and H-Q Guo ldquoVirtualfluid-flow-model-based lane-keeping integrated with collisionavoidance control system design for autonomous vehiclesrdquoIEEE Transactions on Intelligent Transportation Systemsvol 99 pp 1ndash10 2020

[30] X Xu X Liu and Y Zhang ldquoDesign of a digital controlsystem of gyroscoperdquo Modern Physics Letters B vol 3 2021

[31] Q Shen C Yue H C Goh and D Wang ldquoActive fault-tolerant control system design for spacecraft attitude ma-neuvers with actuator saturation and faultsrdquo IEEE Transac-tions on Industrial Electronics vol 66 2019

[32] M Aghanouri A Ghaffari and N D Serej ldquoImage basedhigh-level control system design for steering and controllingof an active capsule endoscoperdquo Journal of Intelligent ampRobotic Systems vol 94 no 1 2019

[33] P Zıtek J Fier and T Vyhlıdal ldquoDynamic similarity ap-proach to control system design delayed pid control looprdquoInternational Journal of Control vol 92 2019

[34] S S Yang Y H Jang M H Park S C Park and H J KimldquoDesign and implementation of active access control systemby using nfc-based eap-aka protocolrdquo Wireless PersonalCommunications vol 118 no 6 2021

[35] Q Hong C Booth M Karimi M Sun and B MarshallldquoDesign and validation of a wide area monitoring and controlsystem for fast frequency responserdquo IEEE Transactions onSmart Grid vol 99 p 1 2020

[36] M Aull and K Cohen ldquoA nonlinear inverse model for air-borne wind energy system analysis control and design op-timizationrdquo Wind Energy vol 24 2021

[37] R Markam and A K Bajpai ldquoFunctionalization of gingerderived nanoparticles with chitosan to design drug deliverysystem for controlled release of 5-amino salicylic acid (5-asa)in treatment of inflammatory bowel diseases an in vitrostudyrdquo Reactive and Functional Polymers vol 149 no Aprpp 104520-104521 2020

[38] T L Grigorie S Khan R M Botez M Mamou andY Mebarki ldquoDesign and experimental testing of a controlsystem for a morphing wing model actuated with miniaturebldc motorsrdquo Chinese Journal of Aeronautics vol 33 no 42020

[39] K Yamakawa A Augustinus G Batigne et al ldquoDesign andimplementation of detector control system for muon forwardtracker at alicerdquo Journal of Instrumentation vol 15 no 10Article ID T10002 2020

[40] F Gaetani P Primiceri G Antonio Zappatore andP Visconti ldquoHardware design and software development of amotion control and driving system for transradial prosthesis

based on a wireless myoelectric armbandrdquo IET ScienceMeasurement amp Technology vol 13 no 3 pp 354ndash362 2019

[41] W Peng J Liu and Y Wang ldquoDesign of an achromaticprojection system on a curved surface for enlarging view usingpolarization control metasurfacerdquo Optical Engineeringvol 58 no 4 p 1 2019

[42] X Zhai X U Yu and Y U Zhijin ldquoDesign and performancesimulation of a novel liquid Co_2 cycle refrigeration systemfor heat hazard control in coal minesrdquo Journal of ermalScience vol 28 no 3 pp 195ndash205 2019

[43] Y Zuobin S I Yuanping M A Jianfeng J WenjieX U Shengmin and L Ximeng ldquoP2hbt partially policyhidden e-healthcare system with black-box traceabilityrdquoChinese Journal of Electronics vol 30 no 2 2021

[44] G Zhong Y Cui M Qian X Yan and H Wang ldquoA closed-loop brain stimulation control system design based on brain-machine interface for epilepsyrdquo Complexity vol 2020 ArticleID 3136715 15 pages 2020

[45] S Peng X Jiang Y Tang et al ldquoRecoverable autonomoussonde for subglacial lake exploration electronic controlsystem designrdquo Annals of Glaciology vol 3 pp 1ndash17 2021

[46] Y V Mitrishkin P S Korenev N M KartsevE A Kuznetsov A A Prokhorov and M I Patrov ldquoPlasmamagnetic cascade multiloop control system design method-ology in a tokamakrdquo Control Engineering Practice vol 87pp 97ndash110 2019


systematic monitoring and management electronic keysnetwork unsubscription and desktop cloud [10]

At present smart tourism mobile tourism and ruraltourism have flourished in a certain way However touristscan only passively perceive tourism information during thetravel process [11] Moreover the information transmittedbetween the government various tourism-related enter-prises and tourists is not smooth It weakens the touristrsquossense and interactivity [12] In order to tap the needs andpain points of touristsrsquo travel information services it isnecessary to meet the needs of users Tourism has developedinto an industry with a robust development momentum inthe world today [13] +e research of this article is to helpvillages establish a set of MVC-based rural tourism infor-mation service systems that can promote the development ofrural tourism In order to tap the needs and pain points oftouristsrsquo travel information services it is necessary to beguided by user needs It can be achieved by combining withthe network information technology developed by the timesto provide tourists with a full range of services beforeduring and after travel

+e rest of the paper is in accordance with the followingpattern In Section 2 network informationization is studiedIn Section 3 network informationization of rural tourismbased on the MVC model is given In Section 4 the ruralnetwork tourism system testing is elaborated Finally thepaper is concluded in Section 5


21 Informatization of Rural Tourism Network Rural tour-ism began in the 1830s and after the 1980s rural tourismbegan to develop on a large scale Now it has a considerablescale in some western developed countries In some highlyurbanized regions and countries rural tourism can accountfor 10ndash25 of all tourism activities [14ndash16] +e devel-opment of rural tourism has effectively changed the phe-nomenon of rural economic downturn +e contribution ofrural tourism to the local economy and the significance oflocal development have been well proven In many coun-tries it is agreed that rural tourism is the driving force ofeconomic development and economic diversification inremote rural areas [17 18]

In addition to the support of national policies ruraltourism development also has a profound backgroundNowadays the economic level of urban residents has im-proved and their leisure time has increased Also urbanresidentsrsquo physical and mental needs to return to nature aremore urgent [19 20] +e open space fresh air beautifulenvironment and rich local culture in the rural areas canmeet the desire of urban tourists to return to nature andreturn to the basics Rural tourism is rapidly formed anddeveloped under such conditions [21 22] Today ruraltourism is in the ascendant After a long development pe-riod rural tourism has developed from the initial sponta-neous stage to the present conscious stage Rural tourism cangreatly promote rural economic development Rural tourismdevelopment actively utilizes the agricultural natural

environment agricultural production and managementactivities and human resources [23 24] After planning anddesign the formation of leisure tourism and holiday parkwith pastoral pleasures can effectively perform agriculturalproduction functions and increase agricultural income

22 MVC Model +e MVC pattern is a software architec-ture pattern It is a software architecture pattern that sep-arates the three modules of view controller and model +eadvantage of this design is that system developers and systemdesigners can perform their maintenance [25 26]+ereforeit improves the reuse rate of system code and also improvesthe scalability of system applications +e most significantadvantage of the system is that it brings great convenience tosystem development MVC is the ideal way to use threedifferent parts to construct a software or component Itprovides a powerful object separation mechanism makesthe program more object-oriented and handles the designof the software architecture and the development of theprogram +e core idea of the model is to combine ef-fectively ldquomodelrdquo ldquoviewrdquo and ldquocontrollerrdquo [27 28] +emodel is used to store data objects +e view provides thedata display object for the model +e controller is re-sponsible for specific business logic operations and is re-sponsible for matching various operations performed bythe ldquoview layerrdquo to the corresponding data of the ldquodatalayerrdquo and displaying the results +e structure of the MVCmodel is shown in Figure 1

+e user interacts with the view page and some requestsinput by the user are first received by the controller +en itis responsible for selecting the corresponding model forprocessing +e model processes the userrsquos request throughbusiness logic and returns the processed data [29 30] Fi-nally the controller selects the appropriate view to formatthe returned data +e separation between the three com-ponents allows a model to be displayed in multiple differentviews When the user changes the data in the model throughthe controller of a particular view all other views that de-pend on the data should reflect these changes In short nomatter what data changes occur at any time the controllerwill notify these changes to all associated views and updatethe related displays [31 32] It is a change propagationmechanism of the model


+e rural tourism information service system is designedfrom functional design class design and database designFor the functional design of the system first analyze thesystem structure of rural tourism +en draw the overallfunctional structure diagram of the system Finally de-compose the subsystems of the rural tourism informationservice system [33 34] To design the class of the system firstdetermine the class of the system and then determine therelationship between the system classes to draw a class di-agram+e conceptual design and the logical design carry onthe database design to the system using the database ER






μ(τ p) 1113944Nx

i


(1)


f(j)

minus f(jminus 1)

11138681113868111386811138681113868

11138681113868111386811138681113868le τ

f(j)

minus f(b)

11138681113868111386811138681113868

11138681113868111386811138681113868le τ(2)








(5)


xjprime lexj lexj

Prime (j 1 2 n)



wjprime lewj(x)lewj

Prime (j 1 2 n)

(6)


Q(x q) f

f0+ 1113944

j

px xj1113872 1113873 + q 1113944j

pg gj1113872 1113873 + 1113944j

ph hj1113872 1113873 + 1113944j

pw wj1113872 1113873⎡⎢⎢⎣ ⎤⎥⎥⎦ (7)

Data database file


Read


or more Javabeans







x(j+1)

x(j)

+ sjd(j)

(8)










Spatial database



Logical layering

Physicallayering

Real

m el

emen

t

Traf

fic el

emen

t

Resid

entia

l ele

men

t

Wat

er sy

stem

elem

ents

Serv

ice p

oint

faci

litie

s

Tour

ism st

atist

ics

Trav

el re

sour

ces

Poin

t ele

men

t

Line

ar el

emen

ts

Are

a ele

men

t



00

01

02

03

04

05

Den

sity





5 Conclusions



0200

400600

8001000 05

0607

0809

1004

05

06

07

08

09

Y

Z

x

09580

08984

08388

07792

07196

06004

05408

04812

04216

03620

06600


b ca

0

10

20

30

40

Rang

e





Data Availability




References






















































μ(τ p) 1113944Nx

i


(1)


f(j)

minus f(jminus 1)

11138681113868111386811138681113868

11138681113868111386811138681113868le τ

f(j)

minus f(b)

11138681113868111386811138681113868

11138681113868111386811138681113868le τ(2)








(5)


xjprime lexj lexj

Prime (j 1 2 n)



wjprime lewj(x)lewj

Prime (j 1 2 n)

(6)


Q(x q) f

f0+ 1113944

j

px xj1113872 1113873 + q 1113944j

pg gj1113872 1113873 + 1113944j

ph hj1113872 1113873 + 1113944j

pw wj1113872 1113873⎡⎢⎢⎣ ⎤⎥⎥⎦ (7)

Data database file


Read


or more Javabeans







x(j+1)

x(j)

+ sjd(j)

(8)










Spatial database



Logical layering

Physicallayering

Real

m el

emen

t

Traf

fic el

emen

t

Resid

entia

l ele

men

t

Wat

er sy

stem

elem

ents

Serv

ice p

oint

faci

litie

s

Tour

ism st

atist

ics

Trav

el re

sour

ces

Poin

t ele

men

t

Line

ar el

emen

ts

Are

a ele

men

t



00

01

02

03

04

05

Den

sity





5 Conclusions



0200

400600

8001000 05

0607

0809

1004

05

06

07

08

09

Y

Z

x

09580

08984

08388

07792

07196

06004

05408

04812

04216

03620

06600


b ca

0

10

20

30

40

Rang

e





Data Availability




References



















































x(j+1)

x(j)

+ sjd(j)

(8)










Spatial database



Logical layering

Physicallayering

Real

m el

emen

t

Traf

fic el

emen

t

Resid

entia

l ele

men

t

Wat

er sy

stem

elem

ents

Serv

ice p

oint

faci

litie

s

Tour

ism st

atist

ics

Trav

el re

sour

ces

Poin

t ele

men

t

Line

ar el

emen

ts

Are

a ele

men

t



00

01

02

03

04

05

Den

sity





5 Conclusions



0200

400600

8001000 05

0607

0809

1004

05

06

07

08

09

Y

Z

x

09580

08984

08388

07792

07196

06004

05408

04812

04216

03620

06600


b ca

0

10

20

30

40

Rang

e





Data Availability




References



















































5 Conclusions



0200

400600

8001000 05

0607

0809

1004

05

06

07

08

09

Y

Z

x

09580

08984

08388

07792

07196

06004

05408

04812

04216

03620

06600


b ca

0

10

20

30

40

Rang

e





Data Availability




References



















































Data Availability




References


















































design and management of control system for rural tourism

Documents