ANP (ANALYTIC NETWORK PROCESS) BASIC TRAINING

13 NOVEMBER 2013, SMART CONSULTING

PROLOG

ANP merupakan pendekatan baru dalam proses pengambilan keputusan yang memberikan kerangka kerja umum dalam memperlakukan keputusan-keputusan tanpa membuat asumsi-asumsi tentang independensi elemen-elemen pada level yang lebih tinggi dari elemenelemen pada level yang lebih rendah dan tentang independensi elemen-elemen dalam suatu level. Malahan ANP menggunakan jaringan tanpa harus menetapkan level seperti pada hierarki yang digunakan dalam Analytic Hierarchy Process (AHP), yang merupakan titik awal ANP. Konsep utama dalam ANP adalah influence ‘pengaruh’, sementara konsep utama dalam AHP adalah preferrence ‘preferensi’. AHP dengan asumsi-asumsi dependensinya tentang cluster dan elemen merupakan kasus khusus dari ANP.

Beberapa manfaat metode ANP untuk sang penentu keputusan (baca: para manajer dan pucuk-pucuk pimpinan lembaga, industri dan organisasi lain) adalah: menyusun ide menjadi sebuah keputusan berkualitas, merumuskan masalah-masalah manajemen yang muncul kemudian disusun menjadi prioritas-prioritas terhierarkis, dan memastikan solusi yang paling tepat diambil dalam jangka pendek dan panjang sehingga problem relatif cepat terpecahkan.

Materi-materi yang biasa didapat dalam training adalah: Pengenalan Konsep Dasar Analytic Network Process (ANP), Pengenalan Clusters, Nodes, Connexions, Comparison dan Computation, Teknik dan formulasi model dan sub-network dengan Super Decision software, Pembuatan Kerangka ANP, Pembuatan Kuesioner hingga Simulasi penyusunan Model dengan Super Decision Software.

Dengan para fasilitator SMART-Consulting (Sharia econoMic Applied Research & Training) yang sudah banyak memproduksi, menulis dan mengaplikasi riset dengan metode ANP, maka kualitas produk: training, konsultasi, workshop maupun riset, akan terjamin kualitasnya.

 

MATERI TRAINING BASIC METODOLOGI ANP:

1.    Konsep Dasar ANP

2.    Beberapa Fitur ANP

3.    Perbedaan ANP dan AHP

4.    Landasan ANP: Resiprokal, Homogenitas, Struktur Hierarki (AHP)

5.    Prinsip Dasar: Dekomposisi, Penilaian Komparasi, Komposisi/Sintesis

6.    Fungsi Utama ANP

7.    Konsistensi dalam ANP

8.    Bentuk-bentuk Jaringan: Holarki, Hierarki, Analisa BCR, Jaringan Umum

9.    Prosedur Mendapatkan Skala Rasio

10. Supermatriks dalam ANP

11. Aplikasi AHP dan ANP

12. Tahapan Penelitian: Konstruksi Model, Kuantifikasi Model, Analisis

13. Menghitung Geometric Mean

14. Rater Agreement

15. Mengenal Super Decision

16. Mengenal Node, Cluster, Connection, etc

17. Menyusun Kuesioner ANP

18. Materi Praktik dengan Software

19. Contoh-contoh Penelitian yang Menggunakan ANP

20. Beberapa Tema Riset yang Dapat Dilakukan dengan ANP

21. Diskusi dan Sharing

PROFIL TRAINER

Aam S. Rusydiana, SEI(Konsultan Riset pada SMART Consulting dan membantu beberapa proyek riset di lembaga konsultan riset lain, Penulis buku ‘ANP: Pengantar Teori dan Aplikasi’, Praktisi Bisnis, Staf Pengajar & Peneliti STEI Tazkia). 

Abrista Devi, MEI (Konsultan pada lembaga riset ekonomi Islam SMART Consulting, Penulis, aktifis Ikatan Ahli Ekonomi Islam, Pakar Metodologi ANP, Staf Pengajar Universitas Ibnu Khaldun)

SASARAN PESERTA

Dosen, Praktisi Perbankan dan Lembaga Keuangan Lain, terutama Divisi Riset Development, dan Pemimpin Cabang, Mahasiswa Pasca Sarjana Universitas/ Sekolah Tinggi se-Indonesia.

WAKTU DAN TEMPAT

Hari/ Tanggal                : Rabu / 13 November 2013
Pukul                            : 08.30 – 15.30 WIB
Tempat                        : Pascasarjana Univ Ibn Khaldun BOGOR, Jl Soleh Iskandar No 1.

FASILITAS:

Seminar Kit, Modul Training, Lunch, Coffee break, Sertifikat, FREE Software SuperDecision.

BONUS:

1.Ebook ANP, Pengantar Teori dan Aplikasi, 2. Ebook Thomas Saaty, 3.Manual A-Z olah data SuperDecision

INVESTASI:

Rp 1.500.000/peserta. EARLY BID Sebelum 6 November hanya Rp 1.200.000

PESERTA TERBATAS HANYA UNTUK 12 ORANG!!

CONTACT PERSON & PENDAFTARAN:
Imron    : 087770006124

No rek pendaftaran BCA 5035050857 an Imron Soleh

[EBOOK] A TO Z OLAH DATA ANP DENGAN SUPERDECISION

KONTEN

·         Bagaimana menginstal software SuperDecision

·         Membuat cluster dan elemen

·         Membuat cluster tujuan (goal), kriteria dan alternatif

·         Membuat elemen di dalam cluster

·         Menghubungkan/membuat koneksi antar elemen

·         Membuat hubungan dan feedback,

·         Membuat inner dependence (hubungan antarelemen di dalam satu cluster)

·         Membuat outer dependence (hubungan satu elemen dgn elemen lain berbeda cluster)

·         Membuat model ANP lengkap

·         Menyimpan model yang telah dibuat

·         Melakukan perbandingan berpasangan (pairwise comparison)

·         Membuat perbandingan cluster

·         Model kuesioner

·         Model matriks dan nomor

·         Model verbal dan grafik

·         Memasukkan pilihan prioritas langsung

·         Merubah tipe perbandingan berpasangan

·         Memeriksa kelengkapan pengisian perbandingan berpasangan

·         Memeriksa (check) tingkat inkonsistensi

·         Melakukan sintesis/mendapat hasil akhir

·         Melihat angka sensitivitas

·         Melihat angka weighting dan limiting

·         Memindahkan hasil akhir penghitungan ke dalam menu Excel

·         Membuat model sederhana maupun model kompleks (BOCR)

·         Membuat sistem model dua tingkat (two-layer system)

·         Membuat sistem model tiga tingkat (three-layer system)

·         Membuat subnet

·         DLL

Pelatihan Metode ANP untuk Dosen FSH UIN Jakarta, 23 Oktober 2013

ISAHP: Forum Internasional Praktisi AHP/ANP

The Analytic Hierarchy Process (AHP) is a structured method for helping people deal with complex decisions. It provides a comprehensive and rational framework for structuring a problem, for representing and quantifying its elements, for relating those elements to overall goals, and for evaluating alternative solutions. Rather than prescribing a "correct" decision, the AHP helps people to determine one. Based on mathematics and human psychology, it was developed by Thomas L. Saaty in the 1970s and has been extensively studied and refined since then. It is used throughout the world in a wide variety of decision situations, in fields such as government, business, industry, healthcare, and education. Its most general framework applies to decision making with dependence and feedback and with benefits, opportunities, costs and risks synthesized using strategic criteria with sensitivity applied in determining the stability of the outcome. 

The AHP/ANP use main core mathematics to derive priorities by making comparisons using the idea of dominance both for criteria, subcriteria and alternatives. It is validated in practice when actual measurements exist or when answers can be derived probabilistically. Thousands of applications around the world have been made using the AHP, not only by researchers but by practitioners, particularly those who allocate resources to projects, to vendors, and to military operations. Dozens of books have been written on the subject along with more than five thousand published articles in a diversity of languages.

Making good decisions is one of the most important things we can do; our organizations' survival and success and our own well-being depend on our decision-making ability, and this international forum is dedicated to helping us make better decisions. The International Symposium on the Analytic Hierarchy Process (ISAHP) takes place every two years. It brings together researchers, teachers and users of AHP and ANP to share their research and experiences in decision making. The ISAHP 2005 meeting in Honolulu, Hawaii, took place on the University of Hawaii campus. The ISAHP 2007 meeting was held in Villa del Mar, Chile. The ISAHP 2009 meeting was held in Pittsburgh (USA).

The conference organizing and program committees represent all five continents, bringing the research, applications and perspectives of their areas of the world to this truly international forum.

BUKU: The Encyclicon, A Dictionary of Complex Decision Using The ANP

The Encyclicon is a dictionary of examples of the Analytic Network Process (ANP) for decision making with dependence and feedback. This is the second volume of The Encyclicon, an encyclopedia of ANP examples. This volume illustrates over 80 real-world examples of decisions made using the ANP. 

The ANP incorporates networks with feedback for different benefits, opportunities, costs and risks. The networks are then evaluated in terms of strategic criteria and combined for the overall outcome. This book hopes to convey that the ANP can be used in practically any type of decision in a vast number of fields. In addition it contains an introduction to the ANP and an appendix about the theory. 

The Encyclicon, of which this is Volume 2, is designed to be a companion of examples for these books by Thomas L. Saaty on the theory of the AHP/ANP: Theory and Applications of the Analytic Network Process: Decision Making with Benefits, Opportunities, Costs, and Risks, 2005; and Principia Mathematica Decernendi: Mathematical Principles of Decision Making: Generalization of the Analytic Network Process to Neural Firing and Synthesis 2010.

Referensi Penting ANP

1998-2005

1998 SAATY The Seven Pillars of The Analytic Hierarchy Process

1998 SAATY How to Make and Justify A Decision: The Analytic Hierarchy Process

1999 SAATY Fundamentals of The Analytic Network Process

2002 SAATY How to Make A Decision

2003 AZIS Analytic Network Process with Feedbeck Influence: A New Approach to Impact Study

(Ebook) 2003 SAATY The Analytic Hierarchy Process and The Analytic Network Process for Decision Making

2003 BUYUKYAZICI & SUCU The Analytic Hierarchy and Analytic Network Processes

2003 VANANY Aplikasi Analytic Network Process (ANP) pada Perancangan Sistem Pengukuran Kinerja

2003 SAATY & OZDEMIR Why The Magic Number Seven Plus or Minus Two

2004 SAATY Why the Eigenvector is Necessary for Creating Priorities

2005 ASCARYA Analytic Network Process (ANP): Pendekatan Baru Studi Kualitatif

2005 HUANG ETAL Multidimensional Data in Multidimensional Scaling Using The Analytic Network Process

2005 SAATY & SAGIR Extending The Measurement of Tangibles to Intangibles

2005 WHITAKER Validation Examples of The Analytic Hierarchy Process and Analytic Network Process

2006-2008

2006 BAYAZIT A New Methodology in Multiple Criteria Decision-Making Systems: Analytic Network Process and An Application

2006 SAATY & TRAN On The Invalidity of Fuzzifying Numerical Judgements in The Analytic Hierarchy Process

2006 SAATY There Is No Mathematical Validity for Using Fuzzy Number Crunching in The Analytic Hierarchy Process

(Ebook) 2006 SAATY & VARGAS Decision Making with Analytic Network Process: Economic, Political, Social and Technological Applications with Benefits, Opportunities, Costs and Risks

2006 TASLICALI & ERCAN The Analytic Hierarchy and The Analytic Network Process in Multicriteria Decision Making: A Comparative Study

2007 DAGDEVIREN & YUKSEL Personnel Selection Using Analytic Network Process

2008 SAATY, VARGAS & WHITAKER Addressing with Brevity Criticism of the Analytic Hierarchy Process

2008 SAATY & TRAN Fuzzy Judgements and Fuzzy Sets

2008 HUANG A Matrix Method for the Fuzzy Analytic Network Process

2008 SAEEDI ETAL Intuitionistic Fuzzy Analytic Network Process (IF-ANP) for Spatial Multicriteria Decision Making under Uncertainty

2008 SAATY Why Pairwise Comparisons are Central in Mathematics for the Measurement of Intangible Factors: The Analytic Hierarchy/Network Process

2008 SAATY A Multicriteria Decision of Measuring Intangibles

2009

2009 COX Multidimensional Scaling as an Aid for The Analytic Network Process and Analytic Hierarchy Process

2009 BRUNO ETAL The Analytic Hierarchy Process in The Supplier Selection Problem

2009 IIDA Ordinality Consistency Test About Items and Notation of A Pairwise Comparison Matrix in AHP

2009 KADENKO Experience-Based Decision Support Methods Using Ordinal Expert Estimates

2009 KALLAS ETAL Analytical Hierarchy Process versus The Choice Experiments: A Stated Preference Analysis

2009 LIPOVETSKY Comparison of A Dozen AHP Techniques for Global Vectors in Multiperson Decision Making and Complex Hierarchy

2009 MATURO & CONTINI Application of The Analytic Hierarchy Process to The Sociological Analysis

2009 MATURO & VENTRE An Application of The Analytic Hierarchy Process to Enhancing Consensus in Multiagent Decision Making

2009 DECKER An Empirical Comparisons of CBC and AHP for Measuring Consumer Preferences

2009 MLS & GAVALEC Multicriteria Models in Autonomous Decision Making Systems

2009 MOGI & SHINOHARA Optimum Priority Weight Estimation Method for Pairwise Comparison Matrix

2009 OHYA & KINOSHITA The Geometric Mean Concurrent Convergence Method

2009 OZAKI ETAL Dissolution of The Dillema or Circulation Problem using The Analytic Network Process

2009 OZTAYSI & UCAL Comparing MADM Techniques for Use in Performance Measurement

2009 SAATY & VARGAS The Possibility of Group Choice: Pairwise Comparisons and Merging Functions

2009 SAATY A Mathematical Framework for A Unified Understanding of Mind and Matter: The Analytic Network Process and Its Generalization

2009 SATO How to Design a Survey Questionnaire by Employing a Weighting Method

2009 SURYADI & SETYANTA Equipment Criticality Model Based on AHP

2009 TSYGANOK AHP/ANP Stability Measurement and Its Applications

2009 SOLMS Homogeneity and Choice Aggregation in The Analytic Hierarchy Process

2009 WEDLEY Fewer Comparisons: Efficiency via Sufficient Redundancy

2009 WU & CUI Evaluative Criteria for Aggregation Rules in AHP

2010-2013

2010 SAGHAEI & DIDEHKHANI Application of Analytic Network Process in Selection of Six-Sigma Projects

2013 PROMENTILLA ETAL Interdependent Ranking of Sources and Sinks in CCS Systems using Analytic Network Process

2013 SHOJAEI ETAL Using Analytic Network Process (ANP) Method to Prioritize Strategies Resulted from SWOT Matrix

[Ebook] 2013 SAATY & VARGAS Decision Making with Analytic Network Process: Economic, Political, Social and Technological Applications with Benefits, Opportunities, Costs and Risks (2nd Edition)

[Ebook] 2013 RUSYDIANA & DEVI Analytic Network Process: Pengantar Teori dan Aplikasi