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IJAOM-Keyperformansindicators
Key Performance Indicators versus Business Process Metrics
143 {[CB (0, 0)]} ⇒ {[Pe (0, I)]} = {[Pe (0,1)], [Pe (0,2)], [Pe (0,3)]} (17) and let us apply a general form of PBPL Equation {Cpt (i,j)}⊗ {[CB (0, 0)]}= { [n pr (j', k 3 )], [C Cnp (i, j)], [C Assetspr (j', k 1 )], [E Anp (j', k 2 )], [C Assetspr [(j', k 4 )] }⊗ {[Pe (0,I)]} = {[Pe (0,1)], [Pe (0,2)], [Pe (0,3)]} = {[n pr (j', k 3 )], [C Cnp (i, j)], [C Assetspr (j', k 1 )], [E Anp (j', k 2 )],[C Assetspr [(j', k 4 )] ⊗ [Pe (0,1)]} ⊗ {[n pr (j', k 3 )], [C Cnp (i, j)], [C Assetspr (j', k 1 )], [E Anp (j', k 2 )], [C Assetspr [(j', k 4 )] ⊗ [Pe (0,2)]} ⊗ {[n pr (j', k 3 )], [C Cnp (i, j)], [C Assetspr (j', k 1 )], [E Anp (j', k 2 )], [C Assetspr [(j', k 4 )] ⊗ [Pe (0,3)]} (18) while {[Res11 (i, j)]} = {[n pr (j', k 3 )], [C Cnp (i, j)], [C Assetspr (j', k 1 )], [E Anp (j', k 2 )], [C Assetspr [(j', k 4 )] ⊗ [Pe (0, 1)]} (19a) {Res12 (i, j)} = {[n pr (j', k 3 )],[C Cnp (i, j)], [C Assetspr (j', k 1 )], [E Anp (j', k 2 )],[C Assetspr [(j', k 4 )] ⊗ [Pe (0, 2)]} (19b) {Res13 (i, j)} = {[n pr (j', k 3 )], [C Cnp (i, j)], [C Assetspr (j', k 1 )], [E Anp (j', k 2 )], [C Assetspr [(j', k 4 )] ⊗ [Pe (0, 3)]} (19c) {Cpt (i,j)}⊗ {[CB (0, 0)]}= {[Res11 (i, j)]} ⊗ {[Res12 (i, j)]} ⊗ {[Res11 (i, j)]} (20) 4.3.2 Simulation steps, which might be done, when preparing supporting information for business strategy preparation Step no. 1 Subordinated core Business Process [Pe (0,I)] versus product type or class, total costs, estimated, preliminary and really calculated assets Input variables, which might be changed in order to calculate appropriate outputs: • Subordinated core business processes • Product Types and Classes Material Information (Possible Pieces) {np (j')} Output variable values, which might be calculated based on input variables and business process internal metrics variables. o Calculated Costs {C Cnp (j', k 7 )} related to production Product Types and Classes o Estimated Assets {E Anp (j', k 7a )} related to production Product Types and Classes This simulation step enables calculating costs {C Cnp (j', k 7 )} related to production Product Types and Classes {n p (j')} and comparing them with estimated assets {E Anp (j', k 7a )} (see also Table 1). 144 Int. J. of Advanced Management, Vol. 10, No. 2, 2018 144 J. Stašák and P. Schmidt Table no.1 Subordinated core Business Process [Pe (0,I)] versus product type or class, total costs, estimated, preliminary and really calculated assets Subordinated Core Business Process [Pe (0,I)] Product Type or Class [n pr (j', k 3 )] Total costs related to [n pr (j', k 3 )] products [CCnp (i, j)] Estimated Assets {E ass (j',k 1 )}, F(I) Preliminary Calculated Assets [CAssetspr (j', k1)], Really Calculated Assets [CAssetspr [(j', k4)] Variable input Material costs Oper. costs HR costs Variable input Variable output Variable output Fixed input Variable output Variable output Variable output Source: The Authors Step no. 2 Subordinated core Business Process internal metrics values versus product type or class, total costs, estimated, preliminary and really calculated assets. The [n pr (j', k 3 )] linguistic set content remains unchanged. There is several subordinated simulation steps postulated as follows, while the content of the following linguistic set might be changed: [E pcs (j', k 5 )] - Estimated prices per one piece of the Product Type or Class [PPssetspr (j', k1)] - Preliminary prices per one piece of the Product Type or Class [Prssetspr [(j', k4)] Realprices per one piece of the Product Type or Class The following relations might be postulated for those purposes: • Estimated Assets [E ass (j',k 1 )] = [E pcs (j',k 5 )] ⊗ [n pr (j', k 3 )] • Preliminary Calculated Assets [CAssetspr (j', k1)] = [PPssetspr (j', k1)] ⊗ [n pr (j', k 3 )] • Really Calculated Assets [CAssetspr [(j', k4)] = [Prssetspr [(j', k4)] ⊗ [n pr (j', k 3 )] Step no.3 Subordinated core Business Process internal metrics values versus product type or class, total costs, estimated, preliminary and really calculated assets. The [n pr (j', k 3 )] linguistic set content remains unchanged. There is several subordinated simulation steps postulated as follows, while the content of the following linguistic set concerned to material, operational and HR costs might be changed: • [ C piecem (j’, k 3 )] subset elements represent material costs • [ C pieceT (j’, k 4 )] subset elements represent technological costs • [C piecehr (j’, k 5 )] subset elements represent HR costs The above-mentioned costs are postulated per one piece of the Product type or class and the following relations might be simulated: [ C piecem (j’, k 3 )] ⊗ [n pr (j', k 3 )] = [ C piecemnpr (j’, k 3 )] Key Performance Indicators versus Business Process Metrics 145 [ C pieceT (j’, k 4 )] ⊗ [n pr (j', k 3 )] = [ C pieceTmnpr (j’, k 4 )] [C piecehr (j’, k 5 )] ⊗ [n pr (j', k 3 )] = [C piecehrmnpr (j’, k 5 )] where [ C piecemnpr (j’, k 3 )] is the linguistic set, the elements of which are closely related to material costs invested for production of n pr pieces of Product types or classes [ C pieceT (j’, k 4 )] is the linguistic set, the elements of which are closely related to operational costs invested for production of n pr pieces of Product types classes [C piecehr (j’, k 5 )] is the linguistic set, the elements of which are closely related to HR costs invested for production of n pr pieces of Product types classes 4.4 Optimization Capabilities within Business Strategy Creation Let us consider the business process denoted as Production management (PM process), the internal metrics of which is represented by linguistic sets postulated as follows: {[C piece (j’, ( k 2 )], {[EA piecehr (j’, k 6 )]}, {[Article good ] , [Article repair ] , [Article waste ]}, where the linguistic set [C piece (j’, k 2 )], [EA piecehr (j’, k 6 )]} are explained above, the {[Article good ] set content represents elements concerned with good articles recognized after primary check and control, the [Article repair ] , linguistic set content represents elements concerned with articles, which should be repaired and [Article waste ], linguistic set content represents elements concerned with articles considered to be waste. However, the PM process contains linguistic sets [PetY Download 1.35 Mb. Do'stlaringiz bilan baham: |
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