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GNMA, FNMA, and FHLMC, and other private companies involved in the acquisition and securitization of mortgage loans Loan servicing includes the collection, recording, and remittance to investors of monthly mortgage payments, the maintenance of records relating to the loans, and the management of escrows for taxes and insurance In return for performing these servicing activities, mortgage servicers earn a fee, which is usually a percentage of the loan s unpaid principal balance Pro ts are earned from loan servicing activities if the mortgage banker s cost of performing the servicing of the loans is less than the fee received The major risks associated with mortgage banking are interest rate risk associated with the loans in the pipeline and warehouse, credit risk associated with loans held for sale or held in portfolio, operational risk associated with performing servicing functions improperly, and prepayment risk associated with mortgage servicing rights (b) ACCOUNTING GUIDANCE The principal accounting guidance for the mortgage banking industry is found in SFAS No 65, Accounting for Certain Mortgage Banking Activities, SFAS No 91, Accounting for Nonrefundable Fees and Costs Associated with Originating or Acquiring Loans and Initial Direct Costs of Leases, and SFAS No 140, Accounting for Transfers and Servicing of Financial Assets and Extinguishments of Liabilities SFAS No 140 supersedes SFAS No 125 SFAS No 140 is effective for transfers and servicing of nancial assets and extinguishments of liabilities occurring after March 31, 2001, and is to be applied prospectively Earlier or retroactive application is not permitted There are also several issues related to the accounting for mortgage banking activities that have been addressed by the EITF (c) MORTGAGE LOANS HELD FOR SALE Mortgage loans held for sale represent a mortgage banker s inventory of loans that have been originated or purchased and are awaiting sale to permanent investors SFAS No 65 requires that mortgage loans held for sale be reported at the lower of their cost or market value, determined as of the balance sheet date determined on an individual loan or aggregate basis The excess of cost over market value is required to be accounted for as a valuation allowance with changes in the valuation allowance included in net income of the period in which the change occurs SFAS No 91 requires that loan origination fees and direct loan origination costs be deferred until the related loan is sold Therefore, any net deferred fees or costs should be included in the cost basis of the loan and considered in determining the required valuation allowance at any balance sheet date Capitalized costs of acquiring the rights to service mortgage loans associated with the purchase or origination of these assets should be excluded from the cost of the mortgage loans for the purposes of determining lower of cost or market Likewise, the fair value of the servicing rights associated with the loans included in a mortgage banker s loans held for sale classi cation should be excluded from the determination of lower of cost or market The market value of mortgage loans held for sale shall be determined by type of loan At a minimum, separate determinations of market value for residential and commercial mortgage loans shall be made Either the aggregate or individual loan basis may be used in determining the lower of cost or market value for each type of loan under SFAS No 65 The market value for loans subject to investor purchase commitments shall be based on those commitment prices The market value for uncommitted loans held on a speculative basis shall be based on the market in which the mortgage banker normally operates At any balance sheet date, a mortgage banker will also have outstanding rate commitments, which represent commitments made to loan applicants to fund a loan at a locked-in interest rate provided that loan application eventually closes These rate commitments make up a mortgage banker s pipeline SFAS No 65 does not speci cally address a mortgage banker s pipeline as being subject to a lower of cost or market determination However, the pipeline should be evaluated for the impact of any adverse commitments This may be done in conjunction with the lower of cost or market analysis on loans held for sale The analysis of the pipeline typically would only be done on those commitments expected to become loans (ie, close) and not on those loans expected to fallout (ie, not close) The existence of losses inherent in the pipeline after adjustment for fallout can often be determined by comparing commitment prices to investor delivery prices for.

The try block establishes a context for exception handling Termination of a try block occurs as a result of encountering an exception, or from successful execution of the code in the try block The catch blocks are skipped for all normal exits from the try block where no exceptions were raised, and control is transferred to the finally block if one is specified (see (1) in Figure 610) For all exits from the try block resulting from exceptions, control is transferred to the catch blocks if any such blocks are specified to find a matching catch block

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Your major requirement is being aware that the link is up, and, while it is, announcing the appropriate customer route into your POP If it is PA space, you ll want to aggregate it in the POP before announcing it into your core If it is PI space, remember that it must be advertised to the Internet if it is routable Unless the customer has its own autonomous system number, you will want to register the customer address space as a route object under your AS in a routing registry

Painter Shape createCircle() { Circle } static IDrawable createMap() { Map {static} } IDrawable Shape

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Example 810 Instantiating Local Classes interface IDrawable { // (1) void draw(); } //_____________________________________________________________________________ class Shape implements IDrawable { // (2) public void draw() { Systemoutprintln("Drawing a Shape"); } } //_____________________________________________________________________________ class Painter { // (3) Top-level Class public Shape createCircle(final double radius) { // (4) Non-static Method

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375 class Circle extends Shape { // (5) Non-static local class public void draw() { Systemoutprintln("Drawing a Circle of radius: " + radius); } } return new Circle(); // (6) Object of non-static local class

Huffle, Puffle, & Cetera, if it accepts the proposal with two T1 lines, is a good example of this technology There are no special IP routing considerations when using layer 2 multilinking As the provider, however, you may need to consider the effect of multiple multilink bundles on your router resources, and possibly use alternatives On many commercial router implementations, multilink PPP is quite processor-intensive Indeed, some implementations limit MLPPP to one bundle per router, which may be perfectly acceptable for the enterprise but decidedly not acceptable in the POP If you have multiple bundles entering the POP, carefully evaluate the effect on the router Alternatively, there are various commercial outboard devices that aggregate multilink bundles and present a Fast Ethernet or DS3 interface to the router Different bundles may be identified with different MAC addresses or Frame Relay DLCIs, so you can keep the different customers separated As yet another alternative, you may use IP equal-cost load balancing among the various circuits There are a number of algorithms for doing this, and their efficiency, processor

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