in a preferred embodiment of this invention shown in fig1 the client and / or the provider advertise an easy to remember telephone number (“ recalled number ”). a customer encounters the recalled number and at some time after being exposed to the recalled number , the customer requires information relevant to one or more of the client &# 39 ; s company , product , and / or product line . in the first step of this embodiment , depicted as the number one ( 1 ) of fig1 ( the reference numbers in this written specification correspond to like numbers in the drawings ) the customer recalls the recalled number , calls the recalled number ( the “ call ”), and submits a keyword or keywords to the telephone network ( 1 ). the call is received by the telephone network and the telephone network passes information regarding the dnis and ani to the pbx . the pbx communicates with the asr . the asr uses the dnis information to determine which recalled number was called and thus , which prompt to use , as the asr in turn communicates with the customer , asking for a keyword . a recalled number is associated with a particular prompt , such as , for example , in one embodiment the prompt may be “ what information would you like today ?”, and another recalled number may use the prompt for a different question , in another embodiment “ hello ! how may i direct your call ?”. although the system of this invention may be designed to accommodate any word , the keywords preferably comprise one or more company names , product names , product lines and other words . in a preferred embodiment , the asr transfers the prompt to the pbx , which in turn passes the prompt to the telephone network and ultimately to the customer . the customer enters a reply , which travels through the telephone network and the pbx , ultimately reaching the asr . the next step in this embodiment is step two ( 2 ) where the asr determines or associates the destination number with the keyword entered into the system by the customer , and provides the destination number to the pbx . then the pbx communicates with the telephone network , the telephone network connects the call with the destination number and the call arrives at the final destination in step three ( 3 ) at which point the customer may receive the desired information from the final destination . referring now to fig2 the flow of information between and among the elements in one embodiment of the invention , such as the embodiment of the invention depicted in fig1 is demonstrated . in this embodiment , the customer ( 14 ) recalls the recalled number and places a telephone call (“ call ”) ( 4 ) to the recalled number . the call is routed via communication lines , including but not limited to , telephone lines , and satellite transmissions , to the telephone network ( 12 ). the telephone network ( 12 ) has the ability to identify which recalled number was dialed ( e . g . the dnis ) and from where the call ( 4 ) came ( e . g . the ani ). the telephone network ( 12 ) creates an ani / dnis ( 5 ) for the call ( 4 ) and transfers the ani / dnis ( 5 ) to a pbx ( 13 ). the pbx ( 13 ) interprets the ani / dnis ( 5 ), generates encoded data ( 6 ) and transfers encoded data ( 6 ) to an automatic speech recognition system , asr ( 126 ). the asr ( 126 ) interprets encoded data ( 6 ), and prompts the customer ( 14 ) through the pbx ( 13 ) and the telephone network ( 12 ) for a keyword ( 7 ). in a preferred embodiment , the prompt ( 7 ) is a recording of a human voice . the customer ( 14 ) speaks or enters in another manner a reply ( 8 ), which reply ( 8 ) may or may not be one or more keywords , through the telephone network ( 12 ) and the pbx ( 13 ), which communicate the reply ( 8 ) to the asr ( 126 ). the asr ( 126 ) contains a processor that uses stored information to interpret the reply ( 8 ) to determine if the reply ( 8 ) includes keywords , and to correlate the keywords , if any , to specific telephone numbers ( e . g . destination numbers ) which connect to a site where information relating to the keywords can be found ( e . g . final destination ( 15 )) or to an additional prompt for more specific information . the asr ( 126 ) receives and interprets the keyword or keywords . then , the asr ( 126 ) produces a coded destination number ( 9 ), which coded destination number ( 9 ) includes the relevant destination number and transfers the coded destination number ( 9 ) to the pbx ( 13 ). the pbx ( 13 ) receives the coded destination number ( 9 ), adds data to the coded destination number ( 9 ), which becomes a character string ( 10 ), said data and said character string ( 10 ) are used to inform the telephone network ( 12 ) of the destination number for the call ( 4 ), and transfers the character string ( 10 ) to the telephone network ( 12 ). once the telephone network ( 12 ) receives the character string ( 10 ), the telephone network ( 12 ) interprets the character string ( 10 ) and forwards the call ( 4 ) to the final destination ( 15 ), at which point the customer ( 14 ) may receive the desired information . [ 0038 ] fig3 demonstrates the steps of yet another preferred embodiment of the invention . client and provider agree to provide the ability to access information to customers through , for example , a service agreement in step ( 21 ). in this step , provider agrees to , among other things , provide client and client &# 39 ; s customers with access to a recalled number . client creates a list of english and / or non - english words which relate to one or more of a company name , product name , name of product line , and name associated with client (“ keywords ”) correlated with other keywords and telephone numbers (“ destination numbers ”) for information associated with the keywords in step ( 22 ). provider creates a database of client &# 39 ; s keywords , destination numbers , and prompts for use with one or more recalled numbers in the asr ( the “ database ”) in step ( 23 ). optionally , client or provider may advertise ( the “ advertisement ”) the recalled number in any media in step ( 16 ). the advertisement may or may not contain or be associated with one or more of the keywords provided by client . in step ( 17 ), a person or entity (“ customer ”) becomes aware of the recalled number in some manner , including but not limited to encountering the advertisement , and word of mouth . in step ( 18 ), customer requires information from one or more clients , and remembers the recalled number . customer decides to call the recalled number in step ( 19 ) and calls the recalled number in step ( 20 ). although a preferred embodiment utilizes rotary and touch - tone telephones for access to the system , the invention may be practiced with cellular , wireless or any other suitable communication system . in step ( 24 ), the call proceeds through communication lines , most preferably t1 integrated services digital network ( isdn ), or t3 telephones lines , or satellite , to the telephone network and through the telephone network to the pbx . as the call passes through the telephone network , the dialed number identification service (“ dnis ”) and automatic number identification (“ ani ”) is utilized in step ( 25 ). the telephone network awaits instructions from the pbx in step ( 26 ). the pbx interprets the dnis and ani in step ( 27 ), and generates encoded data regarding the dnis and ani , transfers the call and encoded data to an automatic speech recognition system ( asr ), including but not limited to a computer system in step ( 28 ). in step ( 29 ), the asr receives and processes the encoded data ; the asr notes which recalled number was dialed , from the dnis information in the encoded data ; and the asr prompts the customer through the pbx and the telephone network to enter , preferably vocally or by other suitable means , a word associated with the company , product , product line or any information inquiry (“ keyword ”). the asr receives the customer &# 39 ; s reply through the telephone network and the pbx and checks the database in the asr to see if the customer &# 39 ; s reply is a keyword in step ( 30 ). when the customer &# 39 ; s reply is a keyword in step ( 31 ), the asr attempts to match the keyword with a destination number in the database in step ( 32 ). if there is a match , asr generates a coded destination number , comprising the destination number , and transfers the coded destination number to the pbx in step ( 53 ). the pbx generates a character string , which preferably contains up to two alphanumeric characters and the destination number in step ( 54 ). the character string alerts the telephone network for taking back and transferring the call . in step ( 55 ), the telephone network is signaled , preferably electronically , by the pbx , and receives the character string . the telephone network sends the call via the destination number to the final destination , and connection with the pbx is ended in step ( 56 ). the call is then connected to the final destination in step ( 57 ). if there is no match of the keyword with a destination number in the database in step ( 36 ), the asr prompts the customer , preferably through the pbx and the telephone network , to enter , preferably vocally , a more specific keyword associated with the keyword previously entered in step ( 37 ). the asr receives the customer &# 39 ; s reply through the telephone network and the pbx and checks the database to see if the customer &# 39 ; s reply is a keyword in step ( 38 ). if there is a match at step ( 38 ), the process proceeds as described above in step ( 53 ) of fig3 . if there is no match of the reply with a keyword and / or a destination number at step ( 38 ), the asr counts the number of times which customer has been prompted at step ( 40 ). in setting the parameters in step ( 40 ), the provider has previously determined the cut - off number , which may be , for example , any integer between one and one hundred . in a preferred embodiment , the cut - off number is programmed into the asr . if the asr notes that the number of customer prompts is less than or equal to the cut - off number in step ( 40 ), the invention proceeds as previously described from step ( 37 ) in fig3 . if the asr notes that the number of customer prompts is greater than the cut - off number in step ( 40 ), the asr alerts the pbx to disconnect the call at step ( 42 ), preferably after notifying the customer . returning to step ( 30 ) in fig3 if the customer &# 39 ; s reply is not a keyword as in step ( 44 ), the asr prompts the customer through the pbx and the telephone network to enter , preferably vocally , a word associated with the company , product , product line or any information inquiry (“ keyword ”) at step ( 45 ). the asr receives the customer &# 39 ; s reply through the telephone network and the pbx and checks the database to see if the customer &# 39 ; s reply is a keyword in step ( 46 ). when the customer &# 39 ; s reply is a keyword as in step ( 47 ), the invention proceeds as previously described from step ( 32 ) in fig3 . if the customer &# 39 ; s reply is not a keyword as in step ( 48 ), the asr counts the number of times which customer has been prompted at step ( 49 ). in setting the parameters in step ( 40 ), provider previously has set the cut - off number , which may be , for example , any integer between one and one hundred . if the number of customer prompts is less than or equal to the cut - off number as in step ( 52 ), the invention proceeds as previously described from step ( 45 ) in fig3 . if the number of customer prompts is greater than the cut - off number as in step ( 50 ), the asr disconnects the call at step ( 51 ), preferably after notifying the customer . [ 0052 ] fig5 depicts the steps of yet another preferred embodiment of this invention . in this embodiment , one or more of the client and / or the provider advertises a recalled number . a customer encounters the recalled number and at some time after being exposed to the recalled number , the customer requires information relevant to one or more of the client &# 39 ; s company , product , and / or product line . in the first step of this embodiment , depicted as the number seventy - seven ( 77 ) of fig5 the customer recalls the recalled number , calls the recalled number , and submits a keyword or keywords to the telephone network ( 77 ). in this next step of this embodiment depicted as number seventy - eight ( 78 ) in fig5 the call is received by the telephone network and the telephone network and asr gather and generate information regarding the dnis and ani . the asr uses the dnis information to determine which recalled number was called and thus , which prompt to use , as the asr in turn communicates with the customer , asking for a keyword . a recalled number is associated with a particular prompt , such as , for example , in one embodiment the prompt may be “ what information would you like today ?”, and another recalled number may use the prompt for a different question , in another embodiment “ hello ! how may i direct your call ?”. although the system of this invention may be designed to accommodate any word , the keywords preferably comprise one or more company names , product names , product lines and other words . in the final step of this embodiment , depicted as number seventy nine ( 79 ), the customer enters a reply , which travels through the telephone network and is interpreted by the asr . the asr determines the destination number and communicates with the telephone network , the telephone network connects the call with the destination number and the call arrives at the final destination at which point the customer may receive the desired information from the final destination . referring now to fig6 the flow of information between and among the elements in one embodiment of the invention , such as the embodiment of the invention depicted in fig5 is demonstrated . in this embodiment , the customer ( 85 ) recalls the recalled number and places a telephone call (“ call ”) ( 80 ) to the recalled number . the call ( 80 ) is routed via communication lines , including but not limited to , telephone lines , and satellite transmissions , to the telephone network ( 84 ). the telephone network ( 84 ) has the ability to identify which recalled number was dialed ( e . g . the dnis ) and from where the call ( 80 ) came ( e . g . the ani ). the network ( 84 ) creates an ani / dnis for the call ( 80 ) and additionally uses an automatic speech recognition system , such as for example asr ( 125 ). the asr ( 125 ) prompts the customer ( 85 ) through the telephone network ( 84 ) for a keyword . in a preferred embodiment , the prompt ( 81 ) is a recording of a human voice . the customer ( 85 ) speaks or enters in another manner a reply ( 82 ), which reply ( 82 ) may or may not be one or more keywords , through the telephone network ( 84 ), which communicate the reply ( 82 ) to the asr ( 125 ). the asr ( 125 ) contains a processor that uses stored information to interpret the reply ( 82 ) to determine if the reply ( 82 ) includes keywords , and to correlate the keywords , if any , to specific telephone numbers ( e . g . destination numbers ) which connect to a site where information relating to the keywords can be found ( e . g . final destination ( 86 )) or to an additional prompt for more specific information . the asr ( 125 ) receives and interprets the keyword or keywords . then , the asr ( 125 ) produces the relevant destination number and informs the telephone network ( 84 ) of the destination number for the call ( 80 ). once the telephone network ( 84 ) receives the destination number , it forwards the call ( 80 ) to the final destination ( 86 ), at which point the customer ( 85 ) may receive the desired information . [ 0057 ] fig7 demonstrates the steps of yet another preferred embodiment of the invention . client and provider agree to provide the ability to access information to customers through , for example , a service agreement in step ( 87 ). in this step , provider agrees to , among other things , provide client and client &# 39 ; s customers with access to a recalled number . client creates a list of keywords correlated with other keywords and destination numbers for information associated with the keywords in step ( 93 ). provider creates a database of client &# 39 ; s keywords , destination numbers , and prompts for use with one or more recalled numbers in the asr in step ( 94 ). optionally , client and / or provider may place an advertisement of the recalled number in any media in step ( 88 ). the advertisement may or may not contain or be associated with one or more of the keywords provided by client . in step ( 89 ), a customer becomes aware of the recalled number in some manner , including but not limited to encountering the advertisement , and word of mouth . in step ( 90 ), customer requires information from one or more clients , and remembers the recalled number . customer decides to call the recalled number in step ( 91 ) and calls the recalled number in step ( 92 ). although a preferred embodiment utilizes rotary and touch - tone telephones for access to the system , the invention may be practiced with cellular , wireless or any other suitable communication system . in step ( 95 ), the call proceeds through communication lines , most preferably isdn , or t3 telephones lines , or satellite , to the telephone network . as the call passes through the telephone network , the dnis and the ani are utilized in step ( 96 ). an asr is employed to interpret the customer &# 39 ; s voice or other suitable prompt , in step ( 97 ). in step ( 98 ); the asr notes which recalled number was dialed , from the dnis information ; and the asr prompts the customer through the telephone network to enter , preferably vocally or by other suitable means , a keyword . the asr receives the customer &# 39 ; s reply through the telephone network and checks the database in the asr to see if the customer &# 39 ; s reply is a keyword in step ( 99 ). when the customer &# 39 ; s reply is a keyword in step ( 101 ), the asr attempts to match the keyword with a destination number in the database in step ( 101 ). if there is a match , asr generates a destination number and communicates to the telephone network in step ( 122 ). the telephone network sends the call via the destination number to the final destination in step ( 123 ). the call is then connected to the final destination in step ( 124 ). if there is no match of the keyword with a destination number in the database in step ( 105 ), the asr prompts the customer to enter , preferably vocally , a more specific keyword associated with the keyword previously entered in step ( 106 ). the asr receives the customer &# 39 ; s reply through the telephone network and checks the database to see if the customer &# 39 ; s reply is a keyword in step ( 107 ). if there is a match at step ( 107 ), the process proceeds as described above in step ( 122 ) of fig7 . if there is no match of the reply with a keyword and or a destination number at step ( 107 ), the asr counts the number of times which customer has been prompted at step ( 109 ). in setting the parameters in step ( 109 ), the provider has previously determined the cut - off number , which may be , for example , any integer between one and one hundred . in a preferred embodiment , the cut - off number is programmed into the asr . if the asr notes that the number of customer prompts is less than or equal to the cut - off number in step ( 109 ), the invention proceeds as previously described from step ( 106 ) in fig7 . if the asr notes that the number of customer prompts is greater than the cut - off number in step ( 109 ), the network disconnects the call at step ( 11 ), preferably after notifying the customer . returning to step ( 99 ) in fig7 if the customer &# 39 ; s reply is not a keyword as in step ( 113 ), the asr prompts the customer through the telephone network to enter , preferably vocally , a word associated with the company , product , product line or any information inquiry (“ keyword ”) at step ( 114 ). the asr receives the customer &# 39 ; s reply through the telephone network and checks the database to see if the customer &# 39 ; s reply is a keyword in step ( 115 ). when the customer &# 39 ; s reply is a keyword as in step ( 116 ), the invention proceeds as previously described from step ( 101 ) in fig7 . if the customer &# 39 ; s reply is not a keyword as in step ( 117 ), the asr counts the number of times which customer has been prompted at step ( 118 ). in setting the parameters in step ( 109 ), provider previously has set the cut - off number , which may be , for example , any integer between one and one hundred . if the number of customer prompts is less than or equal to the cut - off number as in step ( 121 ), the invention proceeds as previously described from step ( 114 ) in fig7 . if the number of customer prompts is greater than the cut - off number as in step ( 119 ), the asr disconnects the call at step ( 120 ), preferably after notifying the customer . turning now to fig4 which depicts the steps of a separate preferred embodiment of the invention which employs a computer network to allow client &# 39 ; s customers access to client specific information contained , for example , on client &# 39 ; s internet website , the client and provider may preferably enter into a service agreement . the client identifies and supplies provider with keywords , and destination numbers , said destination numbers being network addresses . the provider provides access to a computer network site with an easy to remember web address , referred to herein as the “ recalled number .” optionally , the client and / or provider may advertise the recalled number . referring now to fig4 the customer desiring information relating to the client logs onto a computer network via a computer or other network access device in step ( 58 ) and recalls the recalled number and enters the recalled number of provider &# 39 ; s network cite in step ( 59 ). in step ( 60 ), the customer &# 39 ; s call is routed to a computer network website associated with the recalled number ; the customer is prompted to enter one or more keywords ; and the customer enters a reply . in step ( 61 ), the website provided by the provider receives the customer &# 39 ; s reply . the computer network assesses the reply to determine if the reply is recognized in step ( 62 ). when the customer &# 39 ; s reply is recognized in step ( 63 ), the reply is analyzed to see if the reply is an exact match with a keyword in step ( 64 ). if the reply is a keyword in step ( 65 ), the reply is associated with the keyword and a destination number , and routes the customer via the destination number to the desired website , which is the final destination in step ( 66 ), at which point , customer may retrieve client specific information , such as product or product line specific information . if the reply is not an exact match with a keyword as in step ( 73 ), the computer network displays a webpage with a list of client &# 39 ; s keywords in step ( 74 ). the customer selects a keyword or keywords from the webpage in step ( 75 ) and the reply is associated with the keyword with a destination number to the desired website , which is the final destination in step ( 76 ). if the customer &# 39 ; s reply is not recognized in step ( 67 ), the computer network prompts the customer for a more specific reply in step ( 68 ). the computer network again evaluates the reply to determine if the reply is recognized in step ( 69 ). if the computer network recognizes the reply in step ( 70 ), the invention then proceeds as previously described from in step ( 64 ) in fig4 . if the customer reply is not recognized in step ( 72 ), then the invention proceeds as previously described from in step ( 67 ) in fig4 . [ 0077 ] fig8 demonstrates the steps of yet another embodiment of the invention . provider enters into a service agreement or other arrangement with customer in step ( 201 ). in this step , provider agrees to , among other things , provide the customer with access to a recalled number , and the customer &# 39 ; s own designated phone numbers for persons or entities , which are correlated to a predetermined set of keywords . for example , keywords may comprise english and / or non - english words which relate to persons or entities which keywords enable simplified access for calling particular phone numbers . the keywords may also be correlated with other keywords ( if a person or entity has more than one phone number ) and / or correlated with telephone numbers (“ destination numbers ”) in step ( 202 ). for example , customer may list “ work ” as a keyword and if “ work ” has more than one phone number , “ voicemail ” and “ receptionist ” may be provided as keywords correlated with “ work ”, each of which would be correlated to particular phone number ( i . e . the “ work ” voicemail number and the “ work ” receptionist number .) provider creates a database of customer &# 39 ; s keywords , and destination numbers for use with one or more recalled numbers in the asr ( the “ database ”) in step ( 203 ). additionally , the customer &# 39 ; s phone may also be programmed to automatically dial the recalled number with certain specific codes in step ( 204 ). although one preferred embodiment of the invention utilizes touch - tone telephones for access to the system , the invention may be practiced with cellular , wireless or any other suitable communication system . in one embodiment a single button or other input device may be supplied on a cellular phone or other communication device such that when the button is actuated , the caller is automatically connected to the recalled number ( s ). in step ( 205 ), the call proceeds through communication lines , most preferably through t1 integrated services digital network ( isdn ), t3 telephones lines , or via satellite , to the telephone network and , then , through the telephone network to the pbx . as the call passes through the telephone network , the dialed number identification service (“ dnis ”) and automatic number identification (“ ani ”) is utilized in step ( 206 ). the telephone network awaits instructions from the pbx in step ( 207 ). in step 209 , the pbx interprets the dnis and ani in step ( 208 ), generates encoded data regarding the dnis and ani , and transfers the call and encoded data to an automatic speech recognition system ( asr ) ( which asr may or may not be supplied or controlled by the provider . in step ( 210 ), the asr receives and processes the encoded data ; the asr identifies and / or stores the recalled number dialed from the dnis information in the encoded data ; and , optionally , the asr may prompt the customer through the pbx and the telephone network to enter , preferably vocally or by other suitable means , a word associated with the person or entity . alternatively , keyword ( s ) may be entered into the system without prompting . for example , customer may be prompted with “ hello ! who would you like to reach today ?”, and can reply with “ work .” further prompting may be required , such as “ which particular phone number ?” and customer may reply “ voicemail .” additionally in this embodiment , the dnis may determine the phone number of the telephone from which the customer is calling (“ origination number ”). if the origination number is recognized as one of customer &# 39 ; s personal numbers ( including but not limited to his home , work and / or cellular phone number ), then customer may not be prompted to identify who he is . the system will then automatically associate customer &# 39 ; s destination numbers with any keywords input by the customer . if on the other hand , the origination number is not one of customer &# 39 ; s personal numbers , customer will provide his identifier ( e . g . his name ) with or without prompting . the identifier is used to identify customer &# 39 ; s database , and then keywords are correlated as described below . in step ( 211 ) the asr receives the customer &# 39 ; s reply through the telephone network and the pbx and checks the database in the asr to see if the customer &# 39 ; s reply is a keyword . when the customer &# 39 ; s reply is a keyword in step ( 212 ), the asr attempts to match the keyword with a destination number in the database in step ( 213 ). if there is a match , asr generates a coded destination number , comprising the destination number , and transfers the coded destination number to the pbx in step ( 234 ). the pbx generates a character string , which preferably contains up to two alphanumeric characters and the destination number in step ( 235 ). the character string alerts the telephone network for transferring the call . in step ( 236 ), the telephone network is signaled , preferably electronically , by the pbx , and receives the character string . in step ( 237 ), the telephone network sends the call via the destination number to the final destination , and connection with the pbx is optionally ended . the call is then connected to the final destination in step ( 238 ). returning to step ( 213 ), if there is no match of the keyword with a particular destination number ( e . g . there is more than one destination number associated with this keyword ) in the database in step ( 216 ), the asr may prompt the customer , preferably through the pbx and the telephone network , to enter , preferably vocally , a more specific keyword associated with the keyword previously entered in step ( 217 ). the asr receives the customer &# 39 ; s reply through the telephone network and the pbx and checks the database to see if the customer &# 39 ; s reply is a keyword in step ( 218 ). if there is a match at step ( 218 ), the process proceeds as described above in step ( 234 ) of fig8 . if there is no match of the reply with a keyword and / or a destination number at step ( 218 ), the asr counts the number of times which customer has been prompted at step ( 221 ). in setting the parameters in step ( 221 ), a cut - off number , which may be , for example , any integer between one and one hundred , has been predetermined and is recognized by the system . in a preferred embodiment , the cut - off number is programmed into the asr . if the asr notes that the number of customer prompts is less than or equal to the cut - off number in step ( 221 ), the invention proceeds as previously described from step ( 217 ) in fig8 . if the asr notes that the number of customer prompts is greater than the cut - off number in step ( 221 ), the asr alerts the pbx to disconnect the call at step ( 223 ), preferably after notifying the customer . returning to step ( 211 ) in fig8 if the customer &# 39 ; s reply is not a keyword in step ( 225 ), the asr may prompt the customer through the pbx and the telephone network to enter , preferably vocally , a keyword associated with the person or entity at step ( 226 ). the asr receives the customer &# 39 ; s reply through the telephone network and the pbx and checks the database to see if the customer &# 39 ; s reply is a keyword in step ( 227 ). when the customer &# 39 ; s reply is a keyword in step ( 228 ), the invention proceeds as previously described from step ( 213 ) in fig8 . if the customer &# 39 ; s reply is not a keyword in step ( 229 ), the asr counts the number of times which customer has been prompted at step ( 230 ). in setting the parameters in step ( 221 ), the system is set with a cut - off number , which may be , for example , any integer between one and one hundred . if the number of customer prompts is less than or equal to the cut - off number as in step ( 233 ), the invention proceeds as previously described from step ( 226 ) in fig8 . if the number of customer prompts is greater than the cut - off number as in step ( 231 ), the asr disconnects the call at step ( 232 ), preferably after notifying the customer . referring now to fig9 a schematic of the system or apparatus which may carry out the process of this invention , such as the embodiment of the invention depicted in fig8 or 10 , is demonstrated . in the embodiment depicted in fig9 a telephone call to the recalled number ( the “ call ” ( 301 )) is received by the system . the call ( 301 ) is routed via communication lines , including but not limited to , telephone lines , and satellite transmissions , to the telephone network . the customer may be prompted by the system for a keyword ( 302 ) which keyword ( 302 ) corresponds to the destination number ( 309 ). in a preferred embodiment , a receiver ( 303 ) receives from the customer a verbal or other signal which corresponds to keyword ( s ) ( 302 ). the receiver ( 303 ) receives the keyword ( s ) ( 302 ) and transmits keywords ( 302 ) to comparitor ( 306 ). comparitor ( 306 ) then correlates keywords ( 302 ), to specific telephone numbers ( e . g . destination numbers ) ( 305 ) and transmits destination numbers ( 305 ) to connector ( 307 ). connector ( 307 ), which may or may not be one and the same as or part of the receiver ( 303 ), connects the call ( 301 ) having a destination number ( 309 ) to the final destination ( 308 ). yet another embodiment of the invention process of carrying out the invention is depicted in fig1 . the system receives the keyword ( s ), which correlate to a destination number in step ( 401 ). the keyword ( s ) are then correlated to the destination number in step ( 402 ), and the call is connected to the final destination in step ( 403 ). although the invention has been described in detail for the purpose of illustration , it is to be understood that such detail is solely for that purpose and that variations can be made therein by those skilled in the art without departing from the spirit and scope of the invention .